We have a full set of advanced processing equipments in house, which can provide Multi-axis milling, CNC turning.The maximum machining size range is 3000*1600mm;.The highest precision can reach to 0.03mm.
From one-off prototyping to low volume manufacturing, CNC is the ideal technology. No matter how complicated or high-accuracy parts, XC Precision could make them out by 3/4/5 axis machines. The final products are delivery to your hands as fast as 7 days.
What is CNC Machining?
CNC mills are automated cutting machines that leverage a rotating spindle-head to eradicate excess material. These machines come in an assortment of sizes and axis configurations. While typically employed to cut harder metals, they are capable of working with work piece materials spanning from plastic and aluminum to stainless steel and titanium.
What is CNC Turning?
A CNC lathe, commonly known as a CNC lathe machine, is a suitable tool for machining symmetrical cylindrical or spherical parts. In this type of lathe, the work piece rotates on a horizontal or vertical axis while a stationary cutting tool moves in a linear or curvilinear path around it. The process of machining a work piece on a CNC lathe is referred to as turning.
CNC Service Applications
Low Volume Production
XC Precision offers full production-quality parts in volumes ranging from a single piece to a few thousand pieces.
Appearance Prototypes
We take pride in producing the finest appearance models and prototypes with very high detail in any material you want.
Fixtures and Gauges
We engineer fixtures and gauges to your specifications and may offer recommendations based on our in depth understanding of Geometric Dimension and Tolerancing (GD&T).
Work Shop and Production Process View
3D Printing
CNC Machining
Soft Tooling
Vacuum Casting
Bending
Laser Cutting
NCT
NCT
Punching
Riveting
Tapping
Welding
Various Surface Treatment Provided in XC Precision
Surface finishing is widely needed in our products from prototypes and production.
To improve the corrosion resistance and wear resistance of the product by changing the mechanical, physical and chemical properties of the surface layer.Or to get a good looking in the parts. We all need to do with the surface treatment in the original parts. Traditional surface finishing methods mainly include: Anodizing, Chromate, Galvanizing, Electrophoresis, Bluing, Blackening, Passivation, Spraying, Powder Coating, Polishing and Sandblasting.
