Private Sector Agility, Ohio State Depth
Combining world-class additive manufacturing-related research and advanced technical development, Proto Precision Additive offers an efficient product design, analysis, simulation and engineering process. As your total value leader, our team can design hybrid components combining additive manufacturing and traditional fabrication to produce parts with minimal lead times, reduced project costs and maximum quality.
Advantages of Additive Manufacturing
Additive manufacturing has truly revolutionized the way parts, tools and components are created. Laser powder-bed fusion additive manufacturing utilizes a system of lasers to selectively fuse layers of fine metallic powders. In this way, AM can produce complex features and geometries which are difficult/impossible to achieve using traditional manufacturing methods. By employing multiple lasers at once, production times can be dramatically reduced. Print large parts in a fraction of the time, or print identical multiples of the same component for increased production volume; multi-laser SLM systems will save time and money.
Proto Precision Additive: Private Sector Agility, Ohio State Depth
As a small business we are completely in-tune with the universal needs of other small businesses; rapid turn-around, responsiveness and high quality products. Our close partnership with the Ohio State University allows us to go above and beyond for our clients.
Throughout our history, President Sugu Suguness, a Distinguished Ohio State Alumni, has invested in a variety of manufacturing technologies that are currently housed on the OSU campus. Through our close relationship with OSU, Proto Precision Additive has full access to the best equipment the industry has to offer, to OSU researchers with deep domain expertise and the best and brightest students currently enrolled at the Ohio State University.
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Our Additive Manufacturing Services
From beginning to end, Proto Precision is here to turn your idea from creative concept to industry-shifting product.
Design
Our in-house Engineering and Design team allows us to create lightweight, durable and cost-effective products to meet your unique requirements. Additive Manufacturing enables rapid design iterations to confirm form, fit, and function.
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Qualification
Proto Precision Additive can ensure all hardware meets your stringent quality requirements by providing in-situ monitoring, geometric comparisons, CT-scans and non-destructive testing – all in a rapid time frame thanks to extensive access to equipment and technology through our relationship with The Ohio State University.
Production
Whether you need to iterate through potential prototypes, or a full-scale production run complete with hardware qualification, Proto Precision Additive has the technology, materials and in-house expertise to bring your creative concept to life – no matter the application.
Learn MoreACCESS TO TOP-TIER MACHINES & TECHNOLOGY
Proto Precision Additive’s partnership with The Ohio State Universities Center for Design and Manufacturing Excellence (CDME), allows Proto access to Ohio State faculty and staff’s deep domain expertise in:
- Materials
- Metallurgy
- Characterization/Inspection/Testing
- Machining
- Heat-Treatment
- Design and Simulation
3D PRINTERS AVAILABLE
| Concept Laser | nickel alloys, steels, aluminum, cobalt chrome |
| Arcam Q10+ | titanium alloys |
| ExOne | steels, magnesium alloys, nickel alloys |
| ProJet 660Pro | ceramics, including alumina and YSZ |
| ProJet 3500 HD | ABS-like cured photopolymers |
| FormLab Form 2 | resin |
| Mcor IRIS HD | common 8 1/2 x 11″ paper |
| Afinia H800 | ABS, PLA, PC-ABS |
| Afinia H400 | ABS, PLA, PC-ABS |
| Stratasys | ABS, PLA, ACA, PC-ABS |
| Mark Forged 2 | nylon, nylon carbon fiber |
