Full-size bumper and aero parts printed for race cars, custom builds, and rare replacements.

Illumaesthetic uses Modix printers to make full-size bumper parts, fairings, spoilers, intakes, and replacement body components. The work is focused on real vehicle fit, airflow needs, and custom styling that would be slow or expensive to tool traditionally. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/automotive-bumper-parts-image.jpg ./assets/cases/automotive-bumper-parts-video.mp4 /case-study/?case=automotive-bumper-parts https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Full-size 3D printed surfboard workflow for customized consumer-product fabrication.

This Modix YouTube Shorts case highlights a large-format 3D printed surfboard. It fits the gallery as a full-scale prototype and display object, showing how Modix printers can support large consumer-product forms and creative fabrication. WYVE uses Modix printers to make full-size, customized surfboards from more sustainable materials, turning a traditionally manual product into a scalable digital workflow. WYVE is rethinking surfboard manufacturing with a digital process that makes boards more personal and more sustainable. Instead of relying on labor-intensive, one-size-fits-all board production, WYVE uses Modix printers to create boards matched to a surfer's size, style, and performance needs. The large build volume allows the team to print durable full-size boards while exploring recycled and plant-based materials, making this a strong example of mass customization for consumer products.

Hexa WYVE Consumer-product and sports-equipment teams need to prototype large organic forms at real scale. A full surfboard form is printed as a large-format prototype, making the final shape easy to inspect and communicate. Fleet of Modix BIG-180X printers It is visually memorable and good for attention, but less directly industrial than automotive or tooling.

creative prototypes displays Creative / Props · Prototypes https://img.youtube.com/vi/Hq0JgxRBBTs/hqdefault.jpg ./assets/cases/hexa-wyve-surfboard-video.mp4 /case-study/?case=hexa-wyve-surfboard https://www.youtube.com/watch?v=Hq0JgxRBBTs https://www.modix3d.com/big-180x/

Custom automotive body kit parts printed at vehicle scale for fitting, finishing, and production planning.

This body kit work uses large-format printing to create full-size cosmetic and functional vehicle parts. The printed pieces let the team check how the kit sits on the car, refine panel transitions, and support one-off or low-volume builds without a traditional mold-first process. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive end-use Automotive / Aerospace · End-use Parts ./assets/cases/custom-car-body-kits-video.mp4 /case-study/?case=custom-car-body-kits https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Printed casting patterns used to support bronze sculpture and foundry production.

Efes Bronze Casting uses large-format printing to create forms for sculpture and foundry workflows. Printed patterns help the team move from digital design to castable geometry while reducing the hand labor normally required for large sculptural forms. Efes Bronze uses Modix BIG-60 printers to create large sculpture models for lost-wax bronze casting with more speed and precision. Efes Bronze, a bronze sculpture studio in Turkey, uses Modix BIG-60 printers to make large models for the lost-wax casting process. Large sculpture models can be difficult to produce in sections because every piece must align cleanly before mold-making. With Modix, Efes Bronze can print large forms or large sections, create the silicone mold, refine the wax, and move into plaster and bronze casting with greater speed and control.

Efes Bronze Foundries and artists need large casting patterns without slow manual pattern-making. The printed form supports mold or casting workflows for bronze, metal, or sculptural production. Modix BIG-60 Casting is one of the clearest large-format use cases because size and pattern geometry matter.

casting molds Casting · Molds ./assets/cases/efes-bronze-casting-image.jpeg ./assets/cases/efes-bronze-casting-image.jpeg /case-study/?case=efes-bronze-casting https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Large printed composite tooling used to support manufacturing fixtures and mold work.

TCB Composite Tooling shows how large-format printing can produce tooling that is big enough for real manufacturing tasks. The printed tools support composite layup, fixture work, and faster iteration before higher-cost tooling is finalized. TCB Composite uses Modix printing to create large tooling aids for composite work, reducing the time needed to make custom production fixtures. This composite tooling case shows Modix in a practical manufacturing role. Composite teams often need large, custom jigs, molds, and support tools that match specific part geometry. Printing those tools in-house can reduce waiting time and make it easier to revise the process as a project develops.

TCB Composite Manufacturers need custom jigs, fixtures, and tooling without long machining lead times. Modix prints large tooling aids that support composite layup, automation, or production workflows. Modix BIG-60 Tooling cases are valuable for serious B2B buyers because they connect directly to shop-floor ROI.

manufacturing jigs molds Manufacturing · Tooling https://www.modix3d.com/wp-content/uploads/2018/03/2-5.jpg https://www.modix3d.com/wp-content/uploads/2018/03/2-5.jpg /case-study/?case=tcb-composite-tooling https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

A full-scale cello form printed for creative fabrication and musical instrument development.

Forte Cello uses large-format printing to explore a musical object at true scale. The project depends on size, shape, and physical feel, making it a strong example of creative fabrication beyond small display models. Forte3D uses Modix printers to build complex cello components that help turn a centuries-old instrument into a modern carbon-fiber design. Forte3D uses Modix printers to help modernize cello manufacturing with carbon fiber and 3D printed polycarbonate components. Traditional carbon-fiber tooling can be expensive, especially for complex parts like necks, ribs, and tailpieces. By printing structural and technical parts on Modix machines, Forte3D can create a patent-pending instrument design with a distinctive sound, lower tooling burden, and a scalable path for music education and production.

Forte / Alfred cello project Creative fabrication projects need full-scale forms that are difficult to make quickly by hand. A large printed form supports the musical-object design and fabrication process. Modix BIG-60 and Modix 120X This adds variety and emotional appeal to the gallery without making the page only industrial.

creative prototypes Creative / Props · Prototypes ./assets/cases/forte-cello-video.mp4 /case-study/?case=forte-cello https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Aptera used Modix printing to prototype complex parts faster while developing an ultra-efficient solar electric vehicle.

Aptera used Modix printing to prototype complex parts faster while developing an ultra-efficient solar electric vehicle. Aptera used Modix printing to prototype complex parts faster while developing an ultra-efficient solar electric vehicle. Aptera Motors is developing one of the world's most efficient electric vehicles, with a design focused on long range and solar-assisted driving. During Alpha vehicle development, the team needed to create complex parts quickly while working within startup budget constraints. Modix large-format printing gave Aptera a way to produce precise, large prototypes in-house, helping the team move faster and reserve budget for other development needs.

Aptera Motors Aptera needed complex vehicle parts quickly while keeping development costs under control. Modix printing helped the team create large precise prototypes in-house and accelerate Alpha vehicle development. Modix BIG-120X V3 This case connects large-format printing directly to faster electric vehicle development.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/aptera-electric-vehicle-development-cover.jpg ./assets/cases/aptera-electric-vehicle-development-cover.jpg /case-study/?case=aptera-electric-vehicle-development Modix Magazine PDF https://www.modix3d.com/120x-order/

Full-scale automotive inlet part printed for fit, clearance, and airflow-related design review.

This inlet project uses large-format printing to bring an automotive intake-style component into the shop at real size. The printed part gives the team a physical way to check curvature, mounting space, and adjacent vehicle geometry before committing to final tooling or fabrication. A large automotive inlet part is printed at real scale so the team can judge shape, clearance, and fit directly on the vehicle. The useful part of this case is scale. An inlet or duct form can look correct in CAD, but the final judgment often happens only when the part is held near the surrounding bodywork. Printing it on a Modix machine lets the team review the geometry as a single physical object, make changes earlier, and reduce the amount of hand fabrication needed for each iteration.

Automotive Inlet Part The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/automotive-inlet-part-image.jpg ./assets/cases/automotive-inlet-part-image.jpg /case-study/?case=automotive-inlet-part https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Large wing and aero components printed for vehicle design, fit checks, and performance development.

Automotive wing parts need to be reviewed at real scale because span, mounting, and surface shape all affect the finished build. Printing these components helps the team validate proportions and revise designs before committing to final fabrication. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/automotive-wing-parts-image.jpg ./assets/cases/automotive-wing-parts-image.jpg /case-study/?case=automotive-wing-parts https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

CBS Industries uses Modix BIG-60 printers to make large PCB manufacturing fixtures and other practical shop-floor tools.

CBS Industries uses Modix BIG-60 printers to make large PCB manufacturing fixtures and other practical shop-floor tools. CBS Industries uses Modix BIG-60 printers to make large PCB manufacturing fixtures and other practical shop-floor tools. CBS Industries, a France-based engineering company, expanded its 3D printing capabilities to produce industrial parts, fixtures, and demonstrations. Engineer Francois Lorival needed large-format capacity at a strong price-per-volume ratio. With Modix BIG-60 machines, CBS can produce PCB manufacturing fixtures and tooling in-house, while also using the printer for creative demonstrations such as a printed electric guitar body.

CBS Industries / Francois Lorival The company needed larger 3D printing capacity for industrial fixtures, tooling, and demonstration parts. Modix BIG-60 machines enabled large PCB fixtures and other tools to be produced in-house. Modix BIG-60 V1 and V3 This is a practical manufacturing case focused on fixtures and daily production support.

manufacturing jigs Manufacturing · Tooling ./assets/cases/cbs-industries-pcb-jigs-cover.jpg ./assets/cases/cbs-industries-pcb-jigs-cover.jpg /case-study/?case=cbs-industries-pcb-jigs Modix Magazine PDF https://www.modix3d.com/big60-order/

Customized prosthetic and body-adapted parts printed for individualized fit and function.

Emerge Prosthetics uses large-format printing for patient-specific parts where geometry needs to match the body and the intended use. The workflow supports individualized fabrication without forcing every design through the same tooling path. Emerge Prosthetics uses large-format printing to make custom prosthetic forms faster, helping patients receive more personal solutions with less waiting. Emerge Prosthetics uses a Modix BIG-120X as a digital manufacturing hub for custom prosthetic work. Prosthetics need to fit real bodies, real timelines, and real daily use, so size, speed, and reliability matter. Large-format printing lets the team print casts, molds, prosthetic skins, and multiple objects in one run, reducing assembly issues and giving patients more personalized solutions faster.

Emerge Prosthetics Prosthetic work must be customized to each patient while still being produced quickly and reliably. Large-format printing supports casts, molds, prosthetic skins, and multiple parts in one production run. Modix BIG-120X This case shows how large-format printing can improve both production speed and personalization.

manufacturing end-use Manufacturing · End-use Parts ./assets/cases/emerge-prosthetics-image.jpg ./assets/cases/emerge-prosthetics-image.jpg /case-study/?case=emerge-prosthetics https://www.modix3d.com/reviews/ https://www.modix3d.com/120x-order/

Full-size fender and bodywork printing for checking vehicle styling and mounting geometry.

The fender work case focuses on a large curved automotive panel where proportion and fit are difficult to confirm from small samples. Printing the bodywork at scale makes it easier to review the wheel opening, surface transitions, and attachment areas before moving into finishing or mold work. A full-size fender section is printed so bodywork shape and fit can be checked without waiting for traditional tooling. Automotive body panels are unforgiving because a small change in curvature can affect the whole side profile of a vehicle. In this case, the value of the Modix printer is that it produces a part large enough to evaluate in context. The team can stand back, inspect reflections and edges, and make practical changes while the project is still flexible.

Fender Work The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/fender-work-image-cover.jpg ./assets/cases/fender-work-image-cover.jpg /case-study/?case=fender-work https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Scan-to-print workflow for turning large captured geometry into usable physical prototypes.

FloatScans connects digital scanning with large-format printing, making it possible to move from a captured form to a physical reference part. The workflow is useful when a customer needs to inspect, adapt, or reproduce geometry that is too large to prototype comfortably on a desktop printer. FloatScans turns scanned large-format geometry into physical printed parts that can be checked, handled, and refined. The challenge in scan-based work is not only capturing the shape; it is getting that shape back into the real world at a meaningful size. A Modix printer gives FloatScans room to print large sections with fewer joins, which keeps the physical result easier to review and finish. For customers, that means the scanned data becomes a working object instead of staying trapped on screen.

FloatScans The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

manufacturing prototypes Manufacturing · Prototypes ./assets/cases/floatscans-image.jpg ./assets/cases/floatscans-image.jpg /case-study/?case=floatscans https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Chuck Taggart uses Modix printers to create custom Harley-Davidson speaker housings and aftermarket parts without expensive molds.

Chuck Taggart uses Modix printers to create custom Harley-Davidson speaker housings and aftermarket parts without expensive molds. Chuck Taggart uses Modix printers to create custom Harley-Davidson speaker housings and aftermarket parts without expensive molds. Chuck Taggart designs custom motorcycle accessories for Harley-Davidson Road Glides and other vehicles. He needed wider, stronger, more functional lowers that could hold speakers and be easier to install. With Modix BIG-120X and BIG-40 printers, he can print large parts in one piece, avoid seams, test complex lightweight designs, and make small in-house batches before investing in molds.

Chuck Taggart / CLTaggart Custom motorcycle accessories needed complex geometry, durability, and small-batch production without injection molds. Large-format Modix printing allowed one-piece speaker housings and aftermarket prototypes with fewer seams and lower tooling cost. Modix BIG-120X V2 and BIG-40 This shows how makers can move from prototype to small-batch production with large-format printing.

automotive end-use prototypes Automotive / Aerospace · End-use Parts ./assets/cases/harley-davidson-aftermarket-accessories-cover.jpg ./assets/cases/harley-davidson-aftermarket-accessories-cover.jpg /case-study/?case=harley-davidson-aftermarket-accessories Modix Magazine PDF https://www.modix3d.com/online-shop/

Aftermarket automotive cosmetic parts printed for custom vehicle builds and customer-specific styling.

Illumaesthetic uses Modix printers to create aftermarket cosmetic parts that can be tested directly on the vehicle. Large-format printing makes custom styling practical for low-volume work, rare cars, and builds that need full-size review before finishing. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive end-use Automotive / Aerospace · End-use Parts ./assets/cases/illumaesthetic-aftermarket-cosmetics-image.jpg ./assets/cases/illumaesthetic-aftermarket-cosmetics-video.mp4 /case-study/?case=illumaesthetic-aftermarket-cosmetics https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Custom automotive parts printed in-house for bodywork, replacements, and functional vehicle projects.

Illumaesthetic prints large automotive components as part of a scan, design, fit, and finish workflow. The printer gives the team control over full-size parts that would otherwise require costly molds or long outsourced fabrication timelines. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive end-use Automotive / Aerospace · End-use Parts ./assets/cases/illumaesthetic-automotive-parts-image.jpg ./assets/cases/illumaesthetic-automotive-parts-image.jpg /case-study/?case=illumaesthetic-automotive-parts https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Drag-race body and aero parts printed for full-size vehicle development and track-focused fitting.

This drag-race design case centers on parts that must fit the vehicle and support performance goals. Printing at scale lets Illumaesthetic test bodywork, ducting, and styling changes quickly before the final race-ready version is made. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/illumaesthetic-drag-race-design-image.jpg ./assets/cases/illumaesthetic-drag-race-design-video.mp4 /case-study/?case=illumaesthetic-drag-race-design https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Artist Kim Farkas uses Modix printing to create larger sculptural lighting forms with fewer parts and more freedom.

Artist Kim Farkas uses Modix printing to create larger sculptural lighting forms with fewer parts and more freedom. Artist Kim Farkas uses Modix printing to create larger sculptural lighting forms with fewer parts and more freedom. Kim Farkas combines traditional mold-making with contemporary 3D printing for sculptural lighting and art pieces. Earlier printers forced the artist to split large tubular shells into many small sections, increasing file preparation and assembly work. A Modix 120Z with Griffin print head and SuperVolcano expanded the scale of his work, allowing stronger perimeters, thicker walls, and larger forms that support a more fluid creative process.

Kim Farkas Small printers limited the size of sculptural lighting forms and forced large pieces into many assembled parts. A Modix 120Z enabled larger printed structures, faster extrusion, and stronger vase-mode perimeters for transparent pieces. Modix BIG-120Z with Griffin print head and SuperVolcano This case shows how build volume changes the creative process, not just the final object size.

creative displays prototypes Creative / Props · Displays ./assets/cases/kim-farkas-art-lighting-cover.jpg ./assets/cases/kim-farkas-art-lighting-cover.jpg /case-study/?case=kim-farkas-art-lighting Modix Magazine PDF https://www.modix3d.com/big-120z/

Large prototype and production parts printed for service robot development.

Metralabs uses Modix printing for robot-related parts where custom geometry, repeatability, and physical size all matter. The printer supports fast iteration while keeping large components available in-house for testing and small-series production. Metralabs uses Modix printing to prototype and produce customized robot enclosures for different service and industrial environments. Metralabs develops service robots that need custom parts large enough to test in real mechanical assemblies. Modix printing gives the team room to produce housings, covers, and prototype components in-house instead of waiting on external fabrication. That faster loop is valuable for robotics work because each physical test can reveal a fit, access, or durability issue that is hard to judge from CAD alone.

Metralabs Robot makers need custom enclosures for different customers, uses, and environments without investing in molds. Modix BIG-60 printing lets the team prototype and produce tailored robot housing parts in small batches. Modix BIG-60 This is a strong example of mass customization for industrial and service robots.

manufacturing prototypes Manufacturing · Prototypes ./assets/cases/metralabs-image.jpg ./assets/cases/metralabs-image.jpg /case-study/?case=metralabs https://www.youtube.com/watch?v=LGTkL_gacvU https://www.modix3d.com/big60-order/

Large sculptural forms printed as production-ready art components and display pieces.

Patrick Laroche uses large-format printing for sculptural work where visual mass, surface, and physical presence matter. The printer supports artwork that would otherwise require extensive carving, armature building, or multi-piece fabrication. Large sculptural pieces are printed in forms that preserve the artist's scale, silhouette, and installation intent. For sculptural art, the print is not just a model; it is part of the making process. Large-format printing gives the artist a way to create forms with enough size to read correctly in a gallery or public setting. It also keeps iteration practical, because changes can be made digitally and then reviewed as a real object before final finishing.

Patrick Laroche Sculptural Art The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix BIG-60 The case broadens the gallery and helps visitors find examples close to their own work.

creative displays Creative / Props · Displays ./assets/cases/patrick-laroche-sculptural-art-image.jpg ./assets/cases/patrick-laroche-sculptural-art-image.jpg /case-study/?case=patrick-laroche-sculptural-art https://www.youtube.com/watch?v=3jOE0afTQc8 https://www.modix3d.com/big60-order/

A medical imaging engineer used Modix printing to prototype a remote CT scanner control panel that helps protect clinical teams.

A medical imaging engineer used Modix printing to prototype a remote CT scanner control panel that helps protect clinical teams. A medical imaging engineer used Modix printing to prototype a remote CT scanner control panel that helps protect clinical teams. During the Covid-19 pandemic, an engineer for diagnostic imaging was asked to design a remote control panel for CT scanners. Standard controls are located close to the scanner, which can place clinicians near potentially infected patients. Modix large-format printing made it possible to prototype a large plastic control panel with sensors and lights that could guide patients remotely and help clinicians work from a safer distance.

Diagnostic Imaging Engineer / Medical Device Project Clinicians needed a safer way to control CT scanning procedures at a distance during infectious-risk situations. A large 3D printed remote control panel was designed with sensors and lights for patient guidance and scanner operation. Modix BIG-120X This case shows large-format printing supporting fast medical-device prototyping with real safety implications.

manufacturing end-use prototypes Manufacturing · End-use Parts ./assets/cases/remote-ct-scanner-control-panel-cover.jpg ./assets/cases/remote-ct-scanner-control-panel-cover.jpg /case-study/?case=remote-ct-scanner-control-panel Modix Magazine PDF https://www.modix3d.com/120x-order/

Large rooftop component prototype printed to evaluate installation scale and fit.

The Rooftop case is about taking a large architectural or equipment-related part out of CAD and into a physical review. A full-size print helps teams check proportions, clearances, and how the part will behave in the real installation environment. A rooftop-scale component is printed so installation fit and physical proportions can be reviewed before final production. Large installed parts often fail in the details: an access point is tight, a curve reads differently outdoors, or a mounting surface needs revision. Printing a full-size prototype gives the project team a practical checkpoint before committing to fabrication. The Modix build volume helps keep the prototype closer to the final object and less dependent on many small glued sections.

Rooftop The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

manufacturing prototypes Manufacturing · Prototypes ./assets/cases/rooftop-image.jpg ./assets/cases/rooftop-image.jpg /case-study/?case=rooftop https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Large printed film and display objects made for visual production workflows.

Shawn Hicks Film uses large-format printing to create objects that need to read clearly on camera or in a display setting. Printing gives the production team more control over size, surface, and turnaround than traditional prop fabrication alone. Creative teams use Modix printing to make large props and visual objects at real scale, ready for finishing, filming, or exhibition. This creative production case shows why large-format printing is valuable for props and displays. Film, exhibition, and scenic teams often need full-size objects that can be finished, painted, and reviewed on deadline. Printing the large form gives the team a faster starting point for the final visual object.

Shawn Hicks Film Creative teams need large visual objects and props on tight production timelines. Large-format printing creates full-scale display and prop components for inspection, finishing, and presentation. Modix large-format printer; exact model not specified Props and displays are highly visual and help visitors immediately understand scale.

creative displays Creative / Props · Displays ./assets/cases/shawn-hicks-film-image.jpg ./assets/cases/shawn-hicks-film-image.jpg /case-study/?case=shawn-hicks-film https://www.youtube.com/watch?v=7vvWIHGqQIA https://www.modix3d.com/online-shop/

Large display components printed for a space suit presentation piece.

The space suit display case uses large-format printing to create visual parts that need to feel substantial in person. It is a good fit for museums, exhibitions, and production teams that need impressive physical objects without a long fabrication cycle. This space-suit case shows how large-format printing can create full-scale research and display parts for ambitious, high-visibility projects. This creative production case shows why large-format printing is valuable for props and displays. Film, exhibition, and scenic teams often need full-size objects that can be finished, painted, and reviewed on deadline. Printing the large form gives the team a faster starting point for the final visual object.

Space Suit Display Creative teams need large visual objects and props on tight production timelines. Large-format printing creates full-scale display and prop components for inspection, finishing, and presentation. Modix BIG-120 and Modix BIG-60 Props and displays are highly visual and help visitors immediately understand scale.

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Printed wood-pattern tooling used to bridge digital fabrication and traditional casting craft.

Squid Works uses large-format printing to create pattern work that supports a traditional wood and casting workflow. The printer helps produce accurate forms faster while still leaving room for finishing and craft-based production steps. Squid Works uses Modix printing to create custom woodworking and interior forms that would be slow or difficult to shape by hand. Squid Works uses large-format printing to make pattern work that supports traditional casting and wood-production methods. Instead of carving every large pattern from scratch, the team can start with a printed form that matches the digital model and then finish it for the craft process. This is a useful bridge between modern 3D printing and older shop techniques because it improves speed while preserving hands-on finishing control.

Squid Works Wood Pattern Custom woodworking often needs curved or architectural forms that are slow and difficult to make by hand. A Modix printer helps create custom forms and patterns that support faster interior and furniture fabrication. Modix BIG-60 V1 This shows how 3D printing can support traditional craft instead of replacing it.

casting molds Casting · Molds ./assets/cases/squid-works-wood-pattern-image.jpg ./assets/cases/squid-works-wood-pattern-image.jpg /case-study/?case=squid-works-wood-pattern https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

A student racing team used Modix BIG Meter printing to make carbon-fiber layup molds for an award-winning experimental vehicle.

A student racing team used Modix BIG Meter printing to make carbon-fiber layup molds for an award-winning experimental vehicle. A student racing team used Modix BIG Meter printing to make carbon-fiber layup molds for an award-winning experimental vehicle. St. Thomas Academy's Experimental Vehicle Team builds and races efficient student-engineered vehicles. Outsourcing large carbon-fiber molds would have been slow and expensive, especially for a school team working through design iterations. By printing negative molds on a Modix BIG Meter, the students created carbon-fiber skin panels in-house and brought their Urban Concept vehicle to competition, where they placed first in their division at the Shell Eco-Marathon.

St. Thomas Academy Experimental Vehicle Team Large carbon-fiber layup molds were too expensive and slow to outsource for an iterative student racing program. The team printed mold surfaces with Modix BIG Meter and used them for carbon-fiber vehicle panels. Modix BIG Meter This is a strong education case because students used industrial-scale tooling methods to compete successfully.

automotive molds Automotive / Aerospace · Molds ./assets/cases/st-thomas-carbon-fiber-racing-molds-cover.jpg ./assets/cases/st-thomas-carbon-fiber-racing-molds-cover.jpg /case-study/?case=st-thomas-carbon-fiber-racing-molds Modix Magazine PDF https://www.modix3d.com/big-meter/

TheRealMartian used Modix BIG-120X printing to create a modular grow wall for sustainable indoor food production.

TheRealMartian used Modix BIG-120X printing to create a modular grow wall for sustainable indoor food production. TheRealMartian used Modix BIG-120X printing to create a modular grow wall for sustainable indoor food production. Jeff Raymond of Eden Grow Systems, known online as TheRealMartian, is developing self-sustaining agriculture systems that can provide food and energy to communities. He used Modix BIG-120X printing to create a modular grow wall with drainage, a water reservoir, and lighting support. The project shows how large-format printing can support sustainable agriculture, urban farming, and food production in challenging environments.

TheRealMartian / Eden Grow Systems The team needed a customizable grow-wall system for efficient indoor and remote food production. A Modix BIG-120X was used to print modular grow-wall components with irrigation and lighting features. Modix BIG-120X V3 This connects large-format printing to food security and sustainable agriculture.

manufacturing end-use prototypes Manufacturing · End-use Parts ./assets/cases/therealmartian-grow-wall-cover.jpg ./assets/cases/therealmartian-grow-wall-cover.jpg /case-study/?case=therealmartian-grow-wall Modix Magazine PDF https://www.modix3d.com/120x-order/

Small-series yacht production parts printed for repeatable manufacturing needs.

Tiara Yachts uses large-format printing for parts connected to marine manufacturing and low-volume production. The workflow helps the team produce repeatable components, validate fit, and reduce dependence on slow custom tooling for every change. This production case shows how Modix can support small-series manufacturing when teams need useful parts without committing to traditional tooling. Tiara Yachts is a production-focused case: the value is not only making one impressive part, but supporting small-series manufacturing where repeatability, lead time, and fit matter. Large-format printing helps the team produce physical parts and production aids at a useful size, making it a good example for companies that need more flexibility than traditional tooling can offer.

Tiara Yachts Small Series Production The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

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Large tire-related R&D parts printed for fast physical evaluation of industrial geometry.

Titan International's R&D work benefits from large printed parts that make tire and wheel-related geometry easier to inspect. Printing supports faster design review for components that are too large or too specialized for ordinary prototyping workflows. Titan International uses large printed R&D parts to evaluate tire-related geometry without slowing down the design cycle. Industrial tire development depends on real-scale geometry, not just drawings. A Modix printer allows the team to produce large reference parts, fixtures, or test shapes quickly enough to keep engineering work moving. The value is practical: faster feedback, fewer outsourced steps, and physical parts large enough for meaningful review.

Titan International The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix BIG-60 The case broadens the gallery and helps visitors find examples close to their own work.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/titan-international-tire-r-d-image.jpg ./assets/cases/titan-international-tire-r-d-image.jpg /case-study/?case=titan-international-tire-r-d https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Triebold Paleontology uses Modix BIG Meter printing to create huge fossil replicas with fewer sections and better detail.

Triebold Paleontology uses Modix BIG Meter printing to create huge fossil replicas with fewer sections and better detail. Triebold Paleontology uses Modix BIG Meter printing to create huge fossil replicas with fewer sections and better detail. Triebold Paleontology creates fossil skeletons, casts, and museum exhibits for institutions around the world. Large organic fossil forms are difficult to print in small sections because assembly adds time and can reduce accuracy. With the Modix BIG Meter, Triebold can print huge fossil pieces whole, preserving detail and reducing the reassembly work required for museum-scale replicas.

Triebold Paleontology, Inc. Large fossil replicas had to be printed in small sections and reassembled, which was slow and less precise. Modix BIG Meter printing allows huge fossil forms to be printed whole or in much larger sections. Modix BIG Meter This case makes large build volume easy to understand through museum-scale educational objects.

education displays prototypes Education · Displays ./assets/cases/triebold-paleontology-fossil-replication-cover.jpg ./assets/cases/triebold-paleontology-fossil-replication-cover.jpg /case-study/?case=triebold-paleontology-fossil-replication Modix Magazine PDF https://www.modix3d.com/big-meter/

TTICI uses Modix BIG-60 printing to deliver customized, rapid, and cost-effective engineering solutions for clients.

TTICI uses Modix BIG-60 printing to deliver customized, rapid, and cost-effective engineering solutions for clients. TTICI uses Modix BIG-60 printing to deliver customized, rapid, and cost-effective engineering solutions for clients. TTICI is a German technology consulting specialist working across robotics, machinery, engineering, and electronics. The company needed a flexible printer that could support rapid prototyping, product development, and client-specific industrial applications. The Modix BIG-60 gave TTICI modularity, material versatility, speed, and cost control, helping the team tailor solutions for customers without overextending project budgets.

TTICI The consulting team needed a versatile, cost-effective way to deliver customized engineering prototypes and applications. Modix BIG-60 printing gave TTICI modularity, material flexibility, and rapid prototyping capacity for client work. Modix BIG-60 This shows Modix as a flexible tool for engineering service providers, not only product manufacturers.

manufacturing prototypes jigs Manufacturing · Prototypes ./assets/cases/ttici-consultancy-prototyping-cover.jpg ./assets/cases/ttici-consultancy-prototyping-cover.jpg /case-study/?case=ttici-consultancy-prototyping Modix Magazine PDF https://www.modix3d.com/big60-order/

Automotive bumper components printed at full size for visual review and fit confirmation.

This bumper case focuses on large vehicle parts that need to be inspected in physical form. Printing the bumper geometry makes it easier to confirm proportions, mounting areas, and surface transitions before moving into finishing or production. Illumaesthetic uses a fleet of Modix printers to make full-size custom automotive parts, from race bumpers to rare replacements and body kits. Illumaesthetic grew from a college project into a global custom automotive parts company by using large-format 3D printing as a practical production tool. The team uses a fleet of Modix printers to scan, design, and print full-size components such as bumpers, spoilers, fairings, intakes, and replacement parts. For race projects, printing allows airflow, brake cooling, and fit to be tested directly on the vehicle. For classic cars and body kits, it helps customers get rare or one-off parts without the cost and delay of traditional tooling.

Illumaesthetic / automotive customization Automotive teams need full-scale body parts and styling components without waiting on expensive outsourced tooling. Large parts are printed directly for fit checks, design validation, and custom vehicle development. Several Modix printers, from BIG-60 through BIG-180X This is a strong first-page case because the object is large, recognizable, and clearly tied to Modix build volume.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/us-bumper-photos-image.jpg ./assets/cases/us-bumper-photos-image.jpg /case-study/?case=us-bumper-photos https://www.modix3d.com/reviews/ https://www.modix3d.com/big60-order/

Large functional agri-tech component printed for an end-use manufacturing workflow.

Vegtable Tech uses large-format printing for a functional part connected to manufacturing and agricultural technology. The case fits customers who need durable, custom geometry without building tooling for a limited run or evolving design. Vegtable Tech prints large functional components for equipment where custom geometry and quick iteration matter. In equipment-driven work, the useful part is often specific to one machine, one process, or one facility. Large-format printing lets Vegtable Tech produce that kind of custom part without waiting for a conventional tooling path. The printed component can be tested in context, revised quickly, and made again when the application changes.

Vegtable Tech The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix BIG-120X The case broadens the gallery and helps visitors find examples close to their own work.

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Vital Auto uses a farm of Modix printers to produce full-scale automotive prototypes and concept parts around the clock.

Vital Auto uses a farm of Modix printers to produce full-scale automotive prototypes and concept parts around the clock. Vital Auto uses a farm of Modix printers to produce full-scale automotive prototypes and concept parts around the clock. Vital Auto is a UK design studio creating full-scale 1:1 prototypes, demonstrators, and concept vehicles for major automotive OEMs and startups. The team needs large accurate parts that can keep pace with demanding design programs. By running a farm of Modix printers, including BIG-60, BIG-Meter, and BIG-120X machines, Vital can print large parts in fewer pieces, reduce assembly time, and keep physical design work moving quickly for clients.

Vital Auto The studio needed to produce large, accurate, durable automotive prototypes quickly for client projects. A farm of Modix printers lets the team print full-scale parts in-house, often in single large pieces, while saving time and cost. A farm of 16 Modix printers including BIG-60, BIG-Meter, and BIG-120X This shows how large-format printing can operate as a production farm for serious automotive design workflows.

automotive manufacturing prototypes end-use Automotive / Aerospace · Prototypes ./assets/cases/vital-auto-print-farm-cover.jpg ./assets/cases/vital-auto-print-farm-cover.jpg /case-study/?case=vital-auto-print-farm Modix Magazine PDF https://www.modix3d.com/big60-order/

Large aerospace prototype parts printed for fast fit checks and design iteration.

WaveAerospace uses large-format printing to create prototype parts where size, shape, and assembly context are important. Printing helps the team move faster through fit checks and early validation before investing in higher-cost production methods. WaveAerospace prints large prototype parts so aerospace geometry can be reviewed and revised at practical scale. Aerospace prototypes often need to prove more than appearance. Teams need to understand how a part fits, how it relates to nearby assemblies, and whether the geometry is worth carrying forward. Modix printing gives WaveAerospace a way to make those checks quickly with large physical parts instead of relying only on small models or outsourced prototypes.

WaveAerospace The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix BIG-60 V3 The case broadens the gallery and helps visitors find examples close to their own work.

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Custom creative display work made with large-format printing and finished for visual impact.

DQK Designs uses large-format printing for a creative object where the final look matters as much as the printed geometry. The case is relevant for displays, props, brand pieces, and custom builds that need to be large, polished, and visually recognizable. DQK Designs turns custom digital designs into large finished display pieces with strong visual presence. Creative display work usually has two demands: it has to be big enough to get attention, and it has to be finished well enough to represent the idea. A Modix printer gives DQK Designs the size needed for those builds while keeping the form controllable from the digital model. After printing, the piece can move into sanding, painting, lighting, or other finishing steps.

DQK Designs The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

creative displays prototypes Creative / Props · Displays https://static.wixstatic.com/media/2d3387_c90e9a014c3546639445c4747505d205~mv2.png/v1/fill/w_980,h_550,al_c,q_90,usm_0.66_1.00_0.01,enc_avif,quality_auto/front%20dark%20lights%20on_719.png https://www.instagram.com/dqk_designs/embed /case-study/?case=dqk-designs-instagram-case https://www.instagram.com/dqk_designs/ https://www.modix3d.com/online-shop/

Design-to-physical workflow showing how large digital models become real presentation parts.

The Autodesk case connects digital design work with large physical output. It is useful for customers who need to communicate a concept, validate a form, or turn a large model into something people can walk around and inspect. Autodesk-related design work is turned into a large physical model for presentation, review, and hands-on validation. Digital design tools make it easy to create complex large forms, but teams still need physical objects when they are reviewing scale or presenting to stakeholders. A Modix printer closes that gap by producing a tangible model from the design workflow. The result is easier to discuss, photograph, finish, and evaluate than a screen-only concept.

Autodesk The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

creative prototypes Creative / Props · Prototypes ./assets/cases/autodesk-image.jpg ./assets/cases/autodesk-image.jpg /case-study/?case=autodesk https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Large educational robot project printed to make engineering concepts physical and approachable.

Frank Chase's educational robot case uses large-format printing to create a physical teaching object. The project gives students and visitors something substantial to inspect while connecting design, mechanics, and fabrication in one build. A large educational robot is printed as a hands-on way to teach design, engineering, and fabrication. Education projects work best when the object invites people to look closer. A full-size printed robot gives learners a concrete example of how digital design becomes physical hardware. With a Modix printer, large robot sections can be produced in-house, making the build easier to iterate and more useful as a teaching platform.

Frank Chase The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix BIG-60 The case broadens the gallery and helps visitors find examples close to their own work.

education prototypes Education · Prototypes ./assets/cases/frank-chase-educational-robot-image.jpg ./assets/cases/frank-chase-educational-robot-image.jpg /case-study/?case=frank-chase-educational-robot https://www.youtube.com/watch?v=soK3pjxkSFs&t=31s https://www.modix3d.com/big60-order/

Large-format service prints produced for customers who need bigger parts with fewer sections.

J-Supplied uses Modix printing as a service capability for customers who need physically large parts. The work is about producing client-ready prints that are easier to assemble, finish, and deliver because they can be printed at a more useful scale. J-Supplied produces large customer parts with fewer sections and faster turnaround than smaller printers would allow. For a print service, build volume becomes a customer advantage. Larger machines let J-Supplied accept jobs that would otherwise need to be split into many pieces or sent to a different process. That saves assembly time and gives customers a cleaner physical result for prototypes, displays, tooling, and one-off parts.

J-Supplied Large Prints The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

manufacturing prototypes Manufacturing · Prototypes ./assets/cases/j-supplied-large-prints-image.jpg ./assets/cases/j-supplied-large-prints-video.mp4 /case-study/?case=j-supplied-large-prints https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Large automotive component printed for hands-on shape, fit, and design validation.

This automotive case centers on a large printed part that can be evaluated directly in the workshop. Printing the object at scale helps the team understand fit, surface, and assembly context before moving toward a final component. A large automotive part is printed at real size for fit checks and practical design review. Automotive development moves faster when the team can hold the part, place it near the vehicle, and see what needs to change. A Modix printer makes that possible for components that are too large for smaller machines. The printed part gives designers and fabricators a shared reference before committing to final materials or tooling.

Large Printed Automotive Part The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

automotive prototypes Automotive / Aerospace · Prototypes ./assets/cases/large-printed-automotive-part-image.jpg ./assets/cases/large-printed-automotive-part-image.jpg /case-study/?case=large-printed-automotive-part https://www.modix3d.com/reviews/ https://www.modix3d.com/online-shop/

Custom industrial component printed for equipment where lead time and fit matter.

SmartFreez uses large-format printing for an industrial part that needs to match equipment requirements without a long tooling process. The case is relevant for manufacturers who need custom housings, covers, ducts, or process-specific parts in low volumes. SmartFreez prints a custom industrial part to solve an equipment need without waiting for conventional tooling. Industrial parts often need to be practical first: they must fit, survive handling, and solve a specific problem on the floor. Large-format printing gives SmartFreez a way to produce that kind of part quickly and revise it when the equipment or process changes. For customers, this is the direct value of Modix: custom geometry without slow custom tooling.

SmartFreez Industrial Part The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

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Workshop-scale large prints made for customer projects, prototypes, and practical fabrication jobs.

Steve Cory's Canada case shows large-format printing used as a flexible workshop capability. The printer supports customer work where parts need to be big enough for real evaluation, but still fast enough for iterative project work. Steve Cory uses Modix printing to deliver large customer parts and prototypes from a practical workshop setting. A large-format printer changes what a small shop can take on. Instead of turning away oversized prototypes or splitting every job into many pieces, Steve Cory can produce larger parts in-house and keep control over timing and quality. That makes the printer useful across one-off builds, customer prototypes, and functional fabrication work.

Steve Cory Canada The customer needed a large physical part, model, or production aid that was hard to produce with smaller printers. A Modix large-format printer was used to produce the part at a practical scale. Modix large-format printer; exact model not specified The case broadens the gallery and helps visitors find examples close to their own work.

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