FPGA Prototype Fabrication
Production-intent prototyping for FPGA housings, heat sinks, and mounting components with the same precision as final production parts.
Transform your electronic designs into functional FPGA prototypes with our precision machining expertise. We deliver production-intent prototyping for complex electronic housings, heat sinks, and precision components that ensure your FPGA systems perform flawlessly from concept to deployment.
Complete prototyping solutions for FPGA systems, from precision housings to functional testing components.
Production-intent prototyping for FPGA housings, heat sinks, and mounting components with the same precision as final production parts.
Multi-axis CNC milling for complex FPGA enclosures, connector housings, and thermal management components with tight tolerances.
Comprehensive inspection using CMM and optical measurement systems to ensure prototype components meet exact specifications.
Our production-intent prototyping bridges the critical gap between FPGA design and full-scale deployment. Using the same precision machining and quality standards as production runs, we deliver functional prototypes that provide real-world performance data for electronic housings, thermal management systems, and mounting components essential for FPGA applications.
Trusted by leading technology companies for mission-critical FPGA prototype development.
Our decades of precision machining expertise ensures your FPGA prototypes meet the exacting standards of modern electronics.
ISO 13485 and ISO 9001 certified quality systems ensure consistent precision for electronic prototypes.
Achieve tolerances down to ±0.0002" for critical FPGA housing dimensions and thermal interfaces.
5-axis CNC milling and Swiss turning capabilities handle complex FPGA component geometries with precision.
WBENC certified woman-owned business with proven expertise in high-precision electronic component manufacturing.
Expert leadership driving innovation in precision prototyping.
President
As third-generation owner and President of Criterion Precision Machining, Tanya DiSalvo leads a company that has evolved from a general machine shop founded in 1953 into a specialized precision manufacturing partner for mission-critical industries. Under her leadership, Criterion has become a trusted name in the electronics and FPGA prototyping space, serving clients who demand absolute precision where failure is not an option. Tanya's vision has positioned the company as a woman-owned leader in advanced manufacturing, combining decades of machining heritage with cutting-edge technology to deliver components that meet the exacting standards of modern electronic systems and FPGA applications.
Estimator/Project Manager
Mike Pinchot brings extensive project management expertise to FPGA prototyping initiatives, ensuring that complex electronic component projects are delivered on time and within specifications. His role as Estimator/Project Manager makes him the key liaison between clients' technical requirements and Criterion's manufacturing capabilities. Mike's deep understanding of precision machining processes enables him to provide accurate project timelines and cost estimates for FPGA housing prototypes, heat sink fabrication, and complex electronic enclosures. His project management skills are particularly valuable in coordinating the intricate requirements of electronic prototyping, where multiple components must integrate seamlessly to create functional FPGA systems that perform reliably in real-world applications.
Quality Manager
Kelly Marflak oversees Criterion's comprehensive quality assurance program, ensuring that every FPGA prototype component meets the stringent requirements essential for electronic system reliability. Her expertise in quality management is crucial for FPGA prototyping, where even minor dimensional variations can impact thermal performance, signal integrity, and overall system functionality. Kelly manages the company's advanced inspection capabilities, including CMM coordinate measurement machines and optical inspection systems, to verify that prototype housings, heat sinks, and mounting components achieve the precise tolerances required for successful FPGA implementation. Her leadership in quality control processes ensures that prototypes provide accurate performance data that translates seamlessly to production runs, minimizing development risks and accelerating time-to-market for electronic products.
What types of FPGA prototype components can you manufacture?
We specialize in precision machined components for FPGA systems including aluminum housings, heat sinks, connector mounts, thermal interfaces, and custom enclosures. Our capabilities include complex geometries with tolerances down to ±0.0002".
What is your typical turnaround time for FPGA prototypes?
Do you provide quality documentation with prototypes?
Can you handle specialized materials for electronic applications?
How do you ensure prototypes will translate to production?
What tolerances can you achieve for FPGA components?
Do you offer design consultation for FPGA prototypes?
Are you certified for electronic component manufacturing?
Contact our precision machining experts for a detailed consultation and quote.
Medical device quality management certification
International quality management system certification
Women's Business Enterprise certification
Get expert consultation and a detailed quote for your precision FPGA prototype components.
For immediate assistance, feel free to give us a direct call at 216-267-1733 You can also send us a quick email at office@criteriontool.com
For immediate assistance, feel free to give us a direct call at 216-267-1733 You can also send us a quick email at office@criteriontool.com