Equipment by Location

• Large build volume
• High quality build
• Flexible material
• Limited availability

Large prints, incredible resolution.

At the heart of the machine is a powerful optical engine: a 250mW precision laser is guided by custom-built galvanometers, delivering big prints with spectacular detail.

The Capture scanners from 3D Systems deliver accurate and fast blue light 3D scanning technology in a portable, lightweight unit that can be hand-held, static and easily combined into a multi-scanner configuration.

The Objet30 Pro is a single-polymer printer that provides the accuracy and versatility of a high-end rapid prototyping machine in a small footprint. Powered by the same polymer jet technology used in the multi-polymer Objet Connex tool, the Objet30 supports 8 different materials. It will provide a rapid prototyping platform with a medium build volume suitable for design evaluation prior to production using other tools such as the Fortus.

The ProX 200 is a production grade 3D printer capable of fabricating metal, metal alloy, and ceramic components with a wide range of material options. The PXM tool supports a semiautomated material loading system, allowing the tool to be used in research applications including new material development and heterogeneous integration of multiple metal and ceramic structures within a single device, while also supporting automated production of complex parts using established material systems. The system provides 20 µm repeatability and feature resolution as small as 20 µm within a 14x14x10cm build volume, making it well suited for fabrication of micro-, meso-, and macro-scale devices fabricated from materials suitable for high temperature systems, porous conductive structures for fuel cells and other advanced energy systems, high strength robotic manipulators and locomotion components, complex and high resolution micromolds, precision medical prostheses, and related applications with demanding constraints on material properties.

The Connex3 3D printer is capable of patterning multiple polymer materials simultaneously. The system supports a very wide range of thermoplastics, photopolymers, elastomers, and functional polymers that can be combined concurrently in a single fabrication run to create “digital materials”, and integrate these materials into complex 3D structures with particular relevance to robotics and microsystems applications. Because the different classes of polymer can be deposited and patterned in a single workflow, exceptionally complicated and multifunctional elements can be realized that would be impossible to achieve using traditional manufacturing methods. The tool offers a large build envelope of 50x40x20cm with a maximum resolution of 16 µm.

• The GENOS L-200 series cnc machines are built to a ‘world specification’ requirement. Constructed on a one-piece, cast iron base with a horizontal way system and hand-scraped headstock and tailstock mounting surfaces, these machines provide stability, rigidity and accuracy for a variety of applications. 

• Quick Specs:

• Max Turning Diameter [mm (in)] Ø 200 (Ø 7.87)
• Max Work Length: [mm (in)] 380 (14.96)
• Spindle Nose Type JIS A2-6 [Opt. 140 flat]
• Speed Range [min-1] 79~4,500 [Opt. 6,000]
• Power 30 min [kW (hp)] 11 (15)
• Power cont. [kW (hp)] 7.5 (10)
• Rapid Traverse [m (in)/min] 20 / 25 (787 / 984)

The nScrypt system enables high resolution multilayer deposition of nanoparticle inks and slurries supporting the fabrication of advanced 3D structures, including ceramics. The tools can handle materials ranging from low viscosity inks to high viscosity pastes (from 1 to over 1,000,000 cP). The later unique capability is critical for fabrication of near net-shape ceramic structures. With picoliter volume control, the direct-write machine can deposit materials with feature sizes below 10 µm while large area (45x45 cm) patterns can be rastered at speeds up to 50 cm/s, with x, y, and z motion resolution on the order of 0.1 µm. Layer-by- layer 2D and 3D deposition can be performed on flat surfaces as well as conformally over rough or 3D surfaces for the realization of integrated fuel cells, solid-state batteries, solar cells, micro-power systems, energetic material systems, electronic components, bioactive systems that integrate biomacromolecules and live cells, scaffolds for tissue engineering, and beyond. In addition, when combined with the ProX 200 and Connex 500 tools, the nScript system will enable heterogeneous fabrication using multiple passive or active functional materials.