The Massivit 5000 is an industrial large-format 3D printer utilized for producing oversized prototypes, scenic components, molds, and dimensional fabrication elements at a much faster pace than traditional manufacturing methods. Its gel-dispensing printing technology allows for large-scale parts to be produced in a matter of hours while maintaining strong dimensional accuracy and surface consistency. We utilize this system to accelerate fabrication timelines, reduce labor-intensive build processes, and efficiently produce complex forms that would otherwise require extensive manual fabrication. The machine plays a major role in rapid prototyping, themed fabrication, and large-scale scenic production workflows.

The CAMaster Cobra 510 is a multi-axis CNC routing system used for precision cutting, carving, machining, and engraving across a wide range of fabrication materials including wood, foam, plastics, and composites. The addition of a laser engraving head allows for detailed marking, graphics, and specialty engraving applications directly within the fabrication workflow. We utilize this machine for scenic fabrication, custom architectural elements, dimensional signage, and repeatable precision production where consistency and accuracy are critical. Its flexibility allows us to move efficiently between one-off custom fabrication and larger production-oriented workflows.

The FrogMill 3-Axis CNC system is utilized for precision machining and material processing across scenic, structural, and fabrication applications. It allows for controlled repeatability when producing dimensional components, routed profiles, molds, and fabrication-ready parts. We utilize this equipment for projects requiring accurate cuts, smooth machining paths, and efficient material processing while maintaining consistency across production runs. The system supports both prototype development and full-scale fabrication workflows throughout the shop.

The FCX1248 CNC hot wire foam cutting system is utilized for producing large-scale dimensional foam forms, sculptural elements, terrain, lettering, and architectural shapes with precision repeatability. Its oversized cutting capacity allows us to efficiently fabricate large scenic components and complex profiles that would be difficult to produce consistently by hand. We utilize this system to streamline foam fabrication workflows while maintaining clean geometry and accurate scaling across production. The machine plays an important role in scenic fabrication, mold development, and large-format themed construction.

The reverse flow semi-downdraft paint booth provides a controlled finishing environment for scenic painting, coatings, primers, and specialty finishes. The airflow design helps improve overspray management, finish consistency, and overall working conditions during paint and finishing operations. We utilize this booth for scenic finishing, production painting, specialty coatings, and protective finishing applications across a wide range of fabricated components. Maintaining a controlled finishing environment is important for achieving consistent quality and professional surface results throughout fabrication.

The FrogMill 3-Axis CNC system is utilized for precision machining and material processing across scenic, structural, and fabrication applications. It allows for controlled repeatability when producing dimensional components, routed profiles, molds, and fabrication-ready parts. We utilize this equipment for projects requiring accurate cuts, smooth machining paths, and efficient material processing while maintaining consistency across production runs. The system supports both prototype development and full-scale fabrication workflows throughout the shop.

The Mannetron Rotocaster is utilized for rotational casting applications involving hollow molded components, specialty castings, and lightweight dimensional forms. The rotational casting process allows material to distribute evenly throughout molds, producing durable parts while reducing unnecessary weight and material usage. We utilize this system for scenic elements, props, specialty components, and custom fabrication applications where lightweight construction and repeatability are important. It supports both prototype and production-style casting workflows within our fabrication process.

-Elegoo Saturn S MSLA Resin 3D Printers - Qty. 2

-EPAX X156. 15.6” MSLA Resin 3D Printers - Qty. 2

-Phrozen Mega 8k Resin 3D Printers - Qty. 4

Our MSLA resin printing systems are utilized for producing high-resolution prototypes, mold masters, miniature scenic details, product mockups, and precision fabrication components. These machines provide fine surface quality and dimensional accuracy well suited for applications requiring intricate detail and clean finishing surfaces. Operating multiple resin systems allows for efficient production throughput and flexibility across varying project sizes and material requirements.

Elegoo OrangeStorm Giga - Qty. 2

Creality K1 Max Filament Printers - Qty. 3

Our filament-based 3D printing systems are utilized for rapid prototyping, large-scale dimensional fabrication, tooling, mockups, and production support components. These systems allow for efficient iteration and scalable manufacturing across a wide range of scenic and fabrication applications.

A large-format 10’ x 10’ robotic CNC system currently being integrated into our facility to expand advanced sculpting, carving, trimming, and precision machining capabilities. This addition will significantly increase production speed, repeatability, and efficiency across complex scenic, foam, and composite fabrication workflows.

A new industrial panel saw system being added to streamline sheet processing and improve efficiency across millwork, cabinetry, scenic construction, and large-format fabrication projects. This addition will help increase material throughput, cutting accuracy, and production consistency.

A dedicated spray booth environment being integrated to support scenic finishing, hard coating, fiberglass applications, primers, and specialty coatings. This addition will improve workflow efficiency, environmental control, and finishing consistency across fabrication and scenic departments.

A new industrial chopper system being added to accelerate fiberglass production and improve efficiency across mold-making, composite reinforcement, scenic elements, and large-format fabrication. This addition will help increase production capacity while maintaining consistent material application and structural quality.

A dedicated hard coat processing system being integrated to streamline foam coating and surface preparation workflows. This addition will significantly reduce processing time while improving coating consistency and finish quality across sculpted and themed elements.

Additional high-speed 3D printing systems are being integrated into our production pipeline to expand rapid prototyping, large-format printing, tooling, and production support capabilities. These additions will further increase scalability and reduce turnaround times across fabrication projects.

A controlled curing and drying environment being added to support coatings, fiberglass, paint, hard coat, and composite workflows year-round. This addition will improve production consistency and reduce weather-related curing delays during colder and higher-humidity conditions.

Additional TIG welding capabilities are being integrated to support precision metal fabrication, specialty assemblies, aluminum work, and detailed finishing applications across scenic and structural fabrication projects.