1. The company has high-end equipment and multi axis technology.
Equipment model: Five axis linkage CNC milling machine (such as DMG MORI, MAZAK), machining center (such as HAAS, Makino).
Processing capability: Processing of complex surfaces, thin-walled parts, deep cavity structures, and irregular parts, supporting difficult to cut materials such as titanium alloys and high-temperature alloys.
Technical parameters: positioning accuracy (such as ± 0.003mm), surface roughness (Ra ≤ 0.8 μ m).

2. Ability to implement complex processes
Multi process integration: One clamping process completes composite processes such as drilling, boring, tapping, and contour machining.
Customized solutions: Provide process optimization for special needs such as molds, aerospace parts, medical implants, etc.

3. Accuracy and stability guarantee
Testing equipment: laser interferometer, profilometer, roughness tester.
Process control: Real time tool wear monitoring, temperature compensation system (to reduce thermal deformation errors).
Certification standards: ISO 9001, AS9100 (Aerospace), ISO 13485 (Medical).

4. Efficiency and Flexible Production
Quick mold changing system: Modular fixture design reduces mold changing time by 30% -50%.
Batch production: Automated pallet exchange system, supporting 24-hour continuous processing.

5. Industry specific solutions
Automotive mold: High smoothness surface treatment, suitable for die-casting/injection mold requirements.
Using a five axis high-speed milling machine (spindle speed 24000 RPM), the mirror surface machining of the mold cavity (Ra ≤ 0.4 μ m) is achieved, reducing the subsequent polishing process and shortening the delivery time by 20%. Processing large mold frames for automotive die-casting mold enterprises, with a flatness error of ≤ 0.02mm/m2, resulting in a 15% increase in customer product yield.

Aerospace: Lightweight structural processing (such as honeycomb structures, topology optimized parts).
Equipped with a five axis machining center with a constant temperature cooling system, capable of machining titanium alloy structural parts with a deformation of less than 0.01mm, suitable for key components such as aircraft wing ribs and engine brackets. Record key dimensional data packages throughout the entire process, comply with AS9100 traceability requirements, and support customer aviation material certification.

Medical devices: Precision machining of biocompatible materials such as titanium alloys and PEEK.
Precision micro milling technology (with a minimum tool diameter of 0.1mm) is used to complete the processing of porous structures in orthopedic implants, with a porosity error of less than 3%, accelerating patient bone fusion.