Delivering Sub-Micron Fidelity for the World's Most Demanding Technical Challenges
At XXY, we don't just cut metal; we engineer solutions. We specialize in the complex intersection of material science and mechanical precision. Our facility is equipped with the latest 5-axis simultaneous milling and high-frequency Swiss-turning centers, optimized for extreme repeatability across aerospace, medical, and semiconductor applications.
We're an ISO 9001:2015 certified CNC machining manufacturer. With years of experience, we deliver quality parts on time and within budget. Our advanced facilities handle small-batch to large-scale projects. We keep investing in tech to meet customer needs.
Capabilities & Core Industries
Bio-Medical Implants
Precision orthopedic and dental components machined from surgical-grade titanium. We ensure burr-free surfaces and biocompatible finish quality.
Aerospace Structural Parts
Thin-walled, high-strength housings and structural frames. We utilize stress-relieved alloys to ensure zero-distortion after heavy machining.
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Semiconductor Infrastructure
High-purity vacuum chambers and wafer handling systems. Custom engineered for ultra-clean environments with mirror-finish seal surfaces.
Advanced Machining Specialization
Simultaneous 5-Axis Milling
Achieving complex organic geometries in a single setup. This reduces cumulative error and ensures perfect tool-to-workpiece perpendicularity for complex impellers and engine housings.
High-Speed Swiss-Turning
Specialized for high-volume, small-diameter components used in medical implants and micro-electronics. We maintain ±0.002mm tolerances across thousands of identical cycles.
Hard-Metal Machining Mastery
Expert capabilities in machining Inconel, Grade 5 Titanium, and Technical Ceramics. We utilize high-pressure through-spindle coolant to maintain surface integrity and tool life.
Engineering Control & Quality Control
Advanced Surface Metrology
Verification of surface roughness (Ra) down to 0.05 microns using non-contact optical profilers and contact profilometry for critical seal and light-path integrity.
DFM & CAM Optimization
Our in-house engineering team uses advanced simulation to predict material stress and thermal behavior, optimizing toolpaths before a single chip is cut.
Sub-Micron Geometric Control
Real-time laser tool-probing and thermal-compensated spindles ensuring parallelism, circularity, and concentricity within 0.002mm over long cycles.
Diverse Applications of Technical Mastery
01
Technical Review
Our engineers conduct a complete DfM audit of your CAD, identifying geometric risks and optimizing for manufacturing efficiency.
02
Strategic Sourcing
Procuring source-verified materials with full metallurgical heat-lot traceability, ensuring chemical and mechanical consistency.
03
Optimized CAM
Generating high-efficiency toolpaths that minimize cutting forces and thermal induction, preserving the material's structural integrity.
04
Precision Workholding
Designing custom fixtures and utilizing zero-point systems to ensure perfect repeatability across multi-stage machining operations.
05
Stable Execution
Utilizing air-bearing spindles and high-rigidity machine structures to maintain sub-micron repeatability throughout the production run.
06
Metrology Chain
100% verification of critical datums using CMM and laser trackers. We provide full digital inspection reports with every delivery.
07
Post-Processing
Coordinated surface treatments: Anodizing, plating, passivation, or heat treatment, ensuring the component meets all performance specs.
08
Certified Logistics
Parts are cleaned, vacuum-sealed, and delivered with a complete quality dossier, ready for immediate assembly-line integration.
Precision Integrity: From Digital Rigging to Final Validation
Helium Leak-Proof Integrity
Ra 0.1 Mirror Polishing
Advanced PEEK Component Milling
Titanium & Superalloy Specialist
AS9100-Aligned Protocols
Critical Weight-Reduction Milling
±0.003mm Dimensional Control
Non-Toxic Passivation
Micro-Thread Precision
Frequently Asked Questions
What quality management certifications do you hold?
We are an ISO 9001:2015 certified manufacturer. Additionally, we run our processes in alignment with AS9100-aligned protocols to ensure high-performance quality control for aerospace and defense standards.
What materials are you specialized in machining?
We specialize in a wide range of hard metals, superalloys, and technical materials including Surgical-Grade Titanium (Grade 5), Inconel, Technical Ceramics, PEEK, and stress-relieved aluminum alloys.
What dimensional tolerances can you achieve?
For high-speed Swiss-turning and multi-axis milling, we maintain sub-micron geometric control and maintain dimensional tolerances within ±0.002mm to ±0.003mm across long production runs.
How do you verify the surface roughness and quality parameters?
We utilize advanced surface metrology, which includes non-contact optical profilers and contact profilometry to verify surface roughness down to Ra 0.05 microns. 100% verification of critical datums is performed using CMM and laser trackers.
Do you offer post-processing and finishing treatments?
Yes, we provide coordinated surface treatments including anodizing, plating, non-toxic passivation, and heat treatment to ensure all components meet structural, cosmetic, and biocompatibility requirements.
What types of projects do your advanced facilities handle?
Our machining capabilities are highly scalable, easily handling small-batch custom prototypes, custom tooling configurations, all the way to large-scale, high-volume production cycles.
Xiang Xin Yu
