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

Why Oil & Gas OEMs Trust DPI for Complex Machined Components
In the oil and gas sector, failure is never minor. Equipment operates in punishing environments – deep underground, offshore platforms, high-pressure pipelines, and remote production facilities where downtime can cost hundreds of thousands of dollars per hour. Components must endure extreme pressure, rapid temperature shifts, corrosive chemicals, abrasive materials, vibration, and continuous mechanical stress.

Small Parts, Big Impact: CNC Machining for National Defense
CNC machining supports accuracy, durability, and repeatability across these applications. Advanced techniques such as CNC milling, CNC turning, and 5 axis milling allow manufacturers to produce parts with complex geometries and ultra-tight tolerances, while maintaining consistency from prototype through full-scale production.

From Prototype to Production: DPI’s Role in Accelerating Time-to-Market
Bringing a new product to life is rarely a straight line. The transition from early prototype to full-scale production is where many promising ideas slow down or stall entirely. Design revisions pile up. Materials behave differently than expected.