One Stop CNC Machining Service
- 3/4/5-Axis, Small Gantry & CNC Lathe Equipment
- Rapid Prototyping & Low‑Volume Custom Machining
- Complex, Large-size, And Precision Part Manufacturing
Our Advantages
XAP Precision – Your Precision CNC Manufacturing Partner
Equipment & Capabilities
We provide versatile CNC machining with 3/4/5‑axis machines, small gantries, and lathes for complex, large (≤3.5m), and ultra‑precision parts. ISO 9001:2015 certified.
Quality Assurance
With 20+ inspection tools (CMM, vision systems), we implement a 3‑stage quality system ensuring ±0.01mm accuracy and >98% batch consistency.
Service Value
We support 1‑piece to small‑batch production with 24‑hour rapid prototypes. Free DFM and assembly support ensure specification compliance and can reduce costs by over 30%.
Our Service
- Process parts up to 3500×400×450mm with ±0.01mm precision.
- Integrated molding enhances strength/airtightness.
- Multi‑material compatibility
- Free DFM optimization prevents deformation.
- 5‑Axis: ±0.005mm, Ra0.8µm, complex geometries
- 3+2‑Axis: cost‑efficient for polyhedral parts, cuts cost 30%
- Complex geometries as impellers/turbine blades/automobile parts/Optical components
- 24‑hour Rapid Prototyping Processing
- Low‑Volume Custom Machining, No mold costs, reduces expenses 30‑50%
- High‑precision CNC ensures >98% consistency
- Ideal for R&D and flexible small-batch production
- 20+ rotary parts/min, 50‑20,000 pcs small‑batch
- High‑Precision, Complex Rotating‑Part Machining
- Multi‑material: Metal and plastic
- Processes side holes, threads, complex grooves, Φ200×280mm, ±0.01mm
- Single‑setup reduces manual intervention, cuts process time 40%
- Ideal for complex, non‑standard parts
- Turret lathes: 1/3 cost of precision lathes
- Suitable for customizing over 1000 parts, ±0.05mm tolerance
- Rapid processing, quality‑assured, saves 30%+ cost
We specialize in high‑precision, fast‑turnaround CNC machining for metal (aluminum, copper, stainless steel, zinc alloy) and engineering plastic (ABS, PC, PEEK, POM) parts. With 20+ years of experience and 100+ technical staff, we achieve ±0.005mm precision, maintain full‑process quality control using CMM/YVM inspection, and keep defect rates below 0.1%.
It can measure the spatial dimensions of X/Y/Z axes with an accuracy of 0.5μm to 2μm, suitable for three-dimensional structures such as complex surfaces, gears, and impellers.
Based on optical images and software analysis, without needing to touch the workpiece, it is suitable for easily deformed, ultra-thin or soft materials (such as PCB, rubber). For the measurement of plane dimensions (length/width/pitch, etc.), the speed is extremely fast. Usually, it saves 50% of the time compared to CMM.
The Trimos V altimeter has high measurement accuracy, is economical and practical, and can measure height, depth, perpendicularity, slot width, inner and outer diameters, center distance of holes, and center distance of shafts, etc. It is suitable for use in production sites.
Measurable Outer diameter, inner diameter, depth, step height. Suitable for rapid detection of various size parameters.
Outstanding Sales Service: Your CNC Machining Partnership
- Dedicated Support – 20+‑year senior consultants guide you from DFM to process optimization for precise technical alignment.
- Rapid Response – Smart CRM enables 30‑min quotes, 24‑h design feedback, certified sales team, and priority scheduling to boost delivery 20%.
- Real‑Time Tracking – Automated progress updates (24‑h samples/6‑day batches), 2‑h issue resolution, and synchronized QC (99.8% pass rate).
- End‑to‑End Service – “Tech+QC+Logistics+Sales” collaboration cuts project cycles 50% and eliminates hidden risks.
XAP Precision CNC Machining Prototyping Services
- 1‑piece MOQ, 1‑7‑day rapid delivery
- ±0.02mm precision with 5‑axis CNC
- Serves medical enclosures, 3C electronics, toys
- Supports aluminum, stainless steel, PEEK, and surface finishes
- 50+ imported CNC machines, 20‑year engineering team
- Cuts R&D cycles 50%, accelerates product launch
Production process
CNC Machining for Non-Standard Parts
CNC Machining Material List
XAP Precision factory can process over 50 types of materials, including 30 types of metals, 15 types of plastics, and 5 types of others.
XAP Precision: 7‑Step Quality System for CNC Machining
Quality control is engineered into every stage of our manufacturing process. Our systematic 7‑step quality control ensures material integrity, dimensional accuracy, functional performance, and safe delivery.
Quality Control Process
🔬 1. Material Inspection
Verify composition and mechanical properties of all incoming materials.
📏 2. Precision Validation
Maintain ±0.01mm dimensional accuracy through CMM and advanced metrology.
🔍 3. Surface Inspection
Detect surface flaws under controlled lighting and digital microscopy.
⚙️ 4. Functional Testing
Simulate real‑world operating conditions to validate part performance.
🏗️ 5. Structural Validation
Conduct load, fatigue, and non‑destructive testing (NDT) for structural integrity.
🎨 6. Surface Treatment
Ensure coating uniformity, adhesion, and finish quality.
📦 7. Packaging Standards
Deliver with custom protective packaging designed for safe transit.
Our closed‑loop quality system has delivered 100,000+ defect‑free parts with a complaint rate below 0.02%.
Our CNC Machining Cycle
Our standard CNC machining delivery cycle:
Simple parts: 1-3 working days
Complex 5-axis parts: 5-15 working days
Small batch production: 10-20 working days
Our main task is to deliver the qualified parts to you on time!
Waste rate control: < 0.5% (as required by the ISO 9001 system)
Batch consistency: CPK ≥ 1.33
We strictly adhere to the quality standards!
CNC Machining Small‑Batch Parts
Our small‑batch processing provides competitive pricing within the following quantity ranges:
💰 Economical Batch‑Size Ranges
CNC Milling Service
🏭 100 – 500 pieces – Ideal for prototypes, pilot runs, and medium‑volume orders.
CNC Turning Service
⚙️ 500 – 20,000 pieces – Optimized for high‑volume precision turned parts.
Contact us for a tailored quotation based on your exact quantity, material, and complexity requirements.
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