From precision digital fabrication to classic shop tools, these are the machines students use to learn design, build prototypes and test ideas safely and professionally.
Prusa MK3's are reliable 3-D printers that run around the clock to print student parts. These printers use Fused Deposition Modeling (FDM) with PLA, and we also use ABS when extra strength is needed.
This printer is ~50% faster than most traditional FDM printers. It features an enclosed chamber for even heating and a material system that allows for multi-color prints.
SLA printing for ultimate precision. Uses UV-curable resin and is ideal for extremely small, highly detailed parts.
High-speed, precision lasercutter that uses a concentrated laser beam to cut, score and etch a variety of materials.
A smaller high-speed, precision lasercutter that uses a concentrated laser beam to cut, score and etch a variety of materials.
A students friendly lasercutter that allows for jobs to be sent remotely to the laser.
Precision Computer Numeric Controlled milling for plastics and soft metals. CNC machines allow students to create 3D models and manufacture them out of a variety of materials including metal. CNC milling is referred to as "subtractive manufacturing" vs. an "additive process" like 3-D printing."
Smooth curved cuts and resaw capability for instrument bodies and fixtures.
Creates accurate vertical holes with jigs and clamps for safe, repeatable results.
Our most used tool with students, able to create detailed cuts in materials.
SawStop is an advanced safety technology that uses a retractable blade system designed to instantly stop and drop the blade upon detecting contact with human skin, preventing serious injury. Table saws are used to make straight repeatable cuts in materials.
Spindle sanders are used to quickly and efficiently sand wood, create edges and smooth holes and concave edges.
A miter saw is the primary tool for cutting wood quickly and efficiently.
Arduino microcontrollers are open source platforms designed for rapid prototyping in hardware and electronics. The Arduino Uno R3 is commonly used for general projects, while the Arduino Micro is ideal when a smaller footprint is required.
Various sensors can be integrated with Arduino and other electronics to enhance projects with additional functionality. These sensors can measure a wide range of data, including temperature, distance, and moisture.
Safety glasses, which are required during use of machinery and tools.
Machine Guards give our machines greater safety when students use them.
Having sinks in the room is essential for certain projecst and allows are students to clean up as needed.
Compressed air blowers are used for cleaning up and are needed for certain equipment.
Dust Collection allows students and teachers to use tools that produce a lot of saw dust safely. The saw dust is extracted to an external location.