Services

Custom precision machining services

We provide custom precision machining services for ultra-precision, high-precision mechanical parts and mold components. All products are manufactured strictly following your technical drawings and specifications. We support OEM and ODM cooperation, and our engineering team can develop comprehensive technical solutions to solve your high-difficulty machining challenges.

Custom Machining by Drawings

Produce Ultra &High precision mechanical parts and mold components based on your 2D & 3D drawings.

OEM & ODM Services OEM / ODM

Accept OEM manufacturing; provide ODM technical consultation and process development.

Comprehensive Technical Solutions

Drawing feasibility check, process optimization, tolerance analysis and manufacturing suggestion.

Prototype & Mass Production

Support low-volume prototype trial, small batch and large batch production.

Full-process Quality Assurance

Dimensional inspection throughout production to guarantee stable precision.

Design and Drawings Confidentiality (NDA Available)

Sign non-disclosure agreement to protect your drawings and intellectual property.

Our Capabilities

CNC Machining

CNC (Computer Numerical Control) machining is the most broadly applicable "universal parent process"—it employs cutting tools to perform mechanical material removal through physical contact, with the tools following a programmed path to remove material. It generally encompasses processes such as CNC turning, CNC milling, CNC boring, and CNC drilling.

A primary solution for transitioning from raw blanks to near-net-shape components.
Not constrained by electrical conductivity requirements.
Capable of forming complex, three-dimensional freeform surfaces in a single operation—highly efficient and cost-effective.

EDM

The essence of EDM (Electrical Discharge Machining) is non-contact electrical erosion: both the tool electrode and the workpiece are submerged in a dielectric fluid (such as kerosene or deionized water) and maintained at a tiny gap of 0.01–0.1 mm. High-frequency pulsed discharges—generating instantaneous temperatures of 8,000–12,000°C—are then used to melt the workpiece material.

Capable of processing materials of any hardness
Enables the free-form creation of complex cavities and intricate micro-structures
Zero-stress machining for thin-walled or micro-scale components
Achieves high precision and mirror-like surface finishes

Slow Wire Cutting

Slow wire cutting , also known as Wire-cut EDM (Electrical Discharge Machining) , is a non-contact material removal process: a discharge gap of a few micrometers is maintained between the wire electrode and the workpiece, and metal is melted or vaporized by means of instantaneous high temperatures (8,000–12,000°C).

Unconstrained by material hardness; compatible with all conductive materials.
Capable of free-form fabrication for complex shapes and micro-scale structures.
Ensures thin-walled or micro-scale components remain free from fractures or cracking.
One of the premier methods for achieving high precision and superior surface quality in final-form components.

Grinding

Grinding typically determines the final geometric precision of a part—such as its dimensions, roundness, cylindricity, and flatness. Standard grinding processes can achieve IT5–IT6 tolerance grades, while ultra-precision grinding can reach sub-micron or even nanometer-level accuracy (with lapping and polishing offering even higher precision).

Determines final geometric precision.
Enables efficient shaping of hard materials (such as cemented carbides) and difficult-to-machine materials (such as titanium alloys).

Heat Treating & Surface Finishing

Custom precision components & mold parts as per drawings, reliable supplier for ultra-precision machining.

Heat Treating Options：

Before processing, we review drawing requirements such as hardness, case depth where applicable, and any specified treatment standards. Treatment sequence, machining allowances and distortion considerations are addressed alongside the final dimensional requirements. We can coordinate a range of Heat Treatment through qualified processing partners under our quality control.

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Surface Finishing Options

Before processing, we review finish specifications, coating thickness, color or texture, and any surfaces requiring masking. Critical threads, bores and mating faces are considered alongside the final dimensions and manufacturing sequence. We can coordinate a range of surface finishes through qualified processing partners under our quality control

Machinable

Processable materials:

We offer a wide range of processing materials, including ：
carbon steel, stainless steel, aluminum alloy, copper alloys, iron, titanium alloy，Inconel, Mold steel、engineering plastics and custom alloy materials.。