DEPENDABLE. PRECISE.
INNOVATIVE.
We Don't Just Sell Parts, We Solve Problems.
Services & Capabilities To Keep Your Company Evolving
CNC Milling
CNC Turning
OEM & Supply Chain Support
The Powerful Industries We Serve
Aerospace
Cryogenics
Our CNC milling and turning services produce precise, high-quality components essential for cryogenic equipment, including heat stations, thin-walled cylinders, valve stems, and other critical compressor parts. We specialize in all aspects of cryogenic compressor technology, ensuring reliable performance in extreme low-temperature environments.
National Defense
Medical
CNC milling and turning are transforming the medical industry by enhancing precision and efficiency in manufacturing. DPI’s advanced machining ensures unmatched accuracy in medical product development, streamlining production, improving quality, and driving innovation.
Oil, Gas, and Energy
Don't see Your Industry?
From the Shop Floor: Latest Insights from DPI
How Precision Machining Powers Innovation in Medical Devices
From the surgical tools used in operating rooms to the implants and diagnostic equipment that save lives, precision machining is the foundation of reliable, high-performance medical device components. These parts must not only meet strict dimensional requirements but also deliver consistent results in mission-critical applications, where even the smallest deviation can make a life-changing difference.
Quality Assurance at DPI: Meeting the Demands of Mission-Critical Industries
By combining advanced machining technologies, rigorous inspection processes, and strict certifications, DPI ensures that every project we deliver meets or exceeds the performance requirements of mission-critical applications.
Cryogenic Machining: Crafting Components for Extreme Environments
In industries where precision and performance are non-negotiable, cryogenic machining has emerged as a breakthrough technique for producing high-performance components. By using liquid nitrogen to cool the cutting zone, this process transforms how manufacturers handle difficult-to-machine materials, making it especially valuable for aerospace, defense, energy, and medical applications.
