Equipment by Location

This stereolithographic machine is recommended for parts with integrate details/overhangs

• Capable of small prints in high detail.
• Excellent for research-based new materials testing.
• Limited availability for researchers.

The VR Series One-shot 3D Measuring Macroscope combines the advanced optical design of our digital microscopes with the high-speed, high accuracy measurement and 3D technology of our displacement gauges to complete instant 3D measurements.

This new technology captures 3D data over a wide area with just a click of a button, eliminates measurement variation between users, and provides a variety of measurements such as profiling, volume, and roughness. Users can capture 800,000 measurement points in as little as four seconds.

The Mark One Carbon Fiber 3D Printer by MarkForged has been redefining what people expect from 3D printed objects since it debuted. It was the first 3D printer capable of incorporating continuous strand carbon fiber, Kevlar®, and fiberglass into ABS plastic and Nylon.

• Recommended for large prints
• Dual-Extruder allows for two colors
• Wide selection of filament options
• Support material aids more complex prints
• Limited availability

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.

Subtle upgrade from the Makerbot 2+

• Variety of material options
• More economical than larger machines
• Reliable printing for near-production grade parts
• Limited availability

Advanced waterjet software coupled with 30,000 psi pump pressure drives the most efficient waterjet cutting tool for its size. Metal, glass, plastic, wood and more, the ProtoMAX cuts material under 1 in. thick with a 12 in. by 12 in. cutting area. Ideal for light commercial applications, DIY makerspaces, and educational institutions where cutting time matters.

Easy to use, robust and precise

• Draw parts, apply the toolpaths and you're ready to cut
• 100% welded steel frame and powerful 906oz/in stepper motors to speed up production
• A cutting accuracy of (+/-) .005"

Interested in using the eZrouter? Send an email to terrapinworks@umd.edu.

For sanding curved surfaces and edges. Good for sanding curves cut on a bandsaw to a smoother finish.

Good for cutting wood. Can cut angles up to 45 degrees. Should not be used for cutting cylinders.

Good for sanding down materials to make a smooth edge. The flat edge is best for smoothing edges while the disk is great for leveling surfaces.

Good for through holes. Variety of hole saw bits for cutting larger holes.

Good for cutting through parts. Does not cut perfectly straight and will require additional smoothing to make parts more accurate.

Good for cutting pieces of wood that are too long to easily fit on a miter saw brace. Pieces can be cut to exact dimensions.

• Highly recommended for standard printing needs
• Quick and economical
• Wide selection of color options

• Can print flexible materials
• Reliable printing
• Used in ENES 100
• Limited availability

• High quality builds
• Reliable for longer printing times
• Limited availability

Laser engrave high-quality images with an industry-leading optics system

• Large work area
• Top-of-the-line motion control system allows for percision
• Limited availability

• Fun and easy to use
• Allows for creativity and experimentation in unusual printing materials
• Limited availability
• Small build volume 

Near-production grade parts at a fraction of the cost of larger machines

• Maximum resolution of 50 microns
• Notoriously reliable
• More economical printing option
• Limited availability

Production grade 3D printer capable of fabricating metal, metal alloy, and ceramic components

• Wide range of material options
• Research applications for new material development and
• Research applications for heterogeneous integration of multiple metal and ceramic structures within a single device
• Well suited for fabrication of micro-, meso-, and macro-scale devices
• Suited for porous conductive structures for fuel cells and other advanced energy systems
• Also suited for high strength robotic manipulators and locomotion components, complex and high resolution micromolds, and precision medical prostheses
• Limited availability

• 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.