Years of Experience in Machined Parts Manufacturing
Comprehensive equipment and processes
We are equipped with a wide range of advanced machinery, including turning, milling, grinding, drilling, and CNC machining, providing full-process coverage. Whether for simple parts or complex structures, we offer one-stop solutions to meet diverse machining needs, ensuring both product quality and production efficiency.
High precision up to 0.005 mm
Utilizing advanced high-precision CNC machines and a rigorous inspection system, we achieve critical dimensional tolerances of ±0.005 mm, meeting the stringent accuracy standards required by high-end fields such as precision instruments, medical devices, and optics.
Small-batch manufacturing
Breaking traditional batch limitations, supporting single-piece customized production, eliminating the need for inventory, and reducing trial-and-error costs. From sample validation to small-batch requirements, we flexibly handle orders to help streamline your R&D and production processes.
5–10 day rapid delivery
Streamlined production processes and a dedicated professional team enable standard parts to be delivered in as fast as 5 days, with rush orders prioritized for expedited processing. Reduced lead times to help you respond quickly to the market and seize new opportunities.
Product Cases
Industry
Robotics parts machining / new energy parts machining / aerospace parts machining / semiconductor parts machining / medical device parts machining / optical communication parts machining / intelligent equipment parts machining / industrial equipment parts machining
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Material
Aluminum alloy parts/stainless steel parts/titanium alloy parts/magnesium alloy parts /nickel alloy parts/copper parts/Kovar alloy parts/ceramic parts/engineering plastic parts (POM, PEEK, PTFE, ABS, Nylon, Acrylic, etc.)
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Process
Four-axis and five-axis CNC machining / turn-mill compound machining / sheet metal fabrication / 3D printing (metal/plastic) / surface treatment / industrial design, and other processes
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Our Commitment
Choose us with confidence
every micron is a promise
Representative Clients
News
Precision Machining of Robot Battery Pack Aluminum Housings: How to Balance Lightweighting and Thermal Management?
OEMach specializes in the field of robot precision parts machining in Suzhou, providing machining services for robot battery pack aluminum housings, BMS mounting enclosures, Al7075 lightweight structural parts, and PEEK insulating components.
High-Precision Parts Machining for Medical Surgical Robots: How to Control Micron-Level Assembly Risks?
OEMach specializes in the field of robot precision parts machining in Suzhou, providing machining services for medical surgical robot joint actuator housings, end-effector connector bases, Al7075 lightweight structural parts, and PEEK insulating components. We support 5-axis simultaneous CNC machining.
Robot Multi-Degree-of-Freedom Joint Machining Challenges: How to Avoid Interference in Multi-Axis Machining?
OEMach specializes in the field of robot precision parts machining in Suzhou, providing prototyping services for humanoid robot joint housings, multi-degree-of-freedom (Multi-DoF) joint structural parts, Al7075 lightweight parts, PEEK mating parts, and small-batch non-standard components. The company supports 5-axis simultaneous CNC machining, vacuum chuck fixturing, staged machining, and CMM inspection. We can develop process solutions focused on interference avoidance, hole pattern true position, and assembly stability.
What Material Should You Use for Non-Standard Parts Machining? A Comparison of Stainless Steel, Aluminum Alloy, and Titanium Alloy
Material selection is one of the design-stage decisions with the largest downstream impact on both performance and cost in non-standard parts machining. This article compares the three most commonly specified metal materials — aluminum alloy, stainless steel, and titanium alloy — across mechanical performance, machinability, cost, and application scenarios, with brief coverage of copper alloys and engineering plastics, to support more informed material decisions during the design phase.
