CNC MACHINING · OEM MANUFACTURER
Precision CNC Parts for Radar, Communication & Semiconductor Systems
±0.005mm | Small & Medium Batch Production | Engineering-Grade Quality
Custom CNC machined components in aluminum, stainless, titanium, brass & engineering plastics — for communication, radar, UAV, automation & semiconductor industries. From prototype validation to mass production.
- ✓ Tolerance up to ±0.005mm
- ✓ 3 / 4 / 5-axis machining
- ✓ Anodizing & finishing in-house
- ✓ DFM review before production
● Aluminum 7075 ● Tolerance ±0.005mmWHAT WE SOLVE
Common Challenges in Precision CNC Machining
For mission-critical assemblies, dimensional accuracy and consistency matter more than appearance. We focus on the machining details that directly affect your installation, rigidity, and long-term performance.
Tight Tolerance Holding
Even a small deviation can cause assembly misalignment or affect RF performance.
✓ Consistent ±0.005mm verified by in-process CMM.
Finish & Dimension Shift
Anodizing & plating slightly affect threaded holes and precision-fit areas.
✓ Machining compensation applied before finishing.
Complex Geometry & Alloys
Multi-face parts & titanium / plastics get rejected by shops without capability.
✓ 5-axis + titanium & plastics expertise.
Prototype & Tight Deadlines
Small prototype quantities with urgent lead times large factories refuse.
✓ Rapid CNC + DFM in 24h, no high MOQ.
OUR SOLUTIONS
Precision CNC Machining Solutions
Custom CNC machined components designed for communication, radar, UAV, automation, and semiconductor applications — each with verified material, finish, and tolerance.
RF Enclosures & Filter Housings
Precision-machined housings for communication equipment where shielding and fit are critical.- ✓ Material Aluminum 6061 / 6063
- ✓ Finish Anodizing / chromate
- ✓ Tolerance ±0.005mm
- ✓ Application Communication Equipment
Waveguide & Antenna Components
Low-loss waveguide and antenna parts for mmWave radar systems requiring controlled surfaces.- ✓ Material Aluminum / Brass
- ✓ Finish Polished / plated
- ✓ Tolerance ±0.005mm
- ✓ Application Radar Systems
Lightweight Structural Parts
Strength-optimized aluminum & titanium parts for UAV frames and mounting structures.- ✓ Material Aluminum 7075 / Ti-6Al-4V
- ✓ Finish Anodize / passivation
- ✓ Tolerance ±0.008mm
- ✓ Application UAV / Drones
Jigs, Fixtures & Motion Parts
High-consistency machined components for automation lines, robotics and motion assemblies.- ✓ Material Aluminum / Stainless
- ✓ Finish Anodize / black oxide
- ✓ Tolerance ±0.005mm
- ✓ Application Industrial Automation
Vacuum-Grade Machined Parts
High-cleanliness, tight-tolerance components for semiconductor equipment.- ✓ Material Stainless / Aluminum
- ✓ Finish Electropolish / passivation
- ✓ Tolerance ±0.005mm
- ✓ Application Semiconductor Equipment
5-Axis Complex Components
Single-setup machining of complex geometries across communication, radar and aerospace parts.- ✓ Material Aluminum / Titanium / Stainless
- ✓ Finish Ground / polished
- ✓ Tolerance ±0.005mm
- ✓ Application Multi-industry
WHERE WE APPLY
Industries We Serve
Precision CNC components are widely used across communication, automotive radar, electronics & semiconductor, aerospace, robotics, and industrial machinery systems, where stability and accurate positioning are required.
› PRECISION CNC PARTS ACROSS 6 CORE INDUSTRIES
ENGINEERING DETAIL
How We Solve Hard Engineering Challenges
Precision components for mission-critical systems require more than standard CNC machining. Dimensional consistency, assembly alignment, and surface stability all directly affect your final equipment performance.
CH–01MOST CRITICAL
Hole Position & Tolerance Accuracy
For precision assemblies, even small hole deviations affect installation alignment and repeatability. A 0.05mm offset on a single mounting hole can mean misaligned shafts or rework on the line.CH–02OFTEN OVERLOOKED
Finishing Dimensional Compensation
Surface treatment slightly affects thread fit and precision mating surfaces. Most factories machine to drawing dimensions and ship — only to find threads bind or fits go tight after anodizing.
CH–03THIN-WALL SPECIFIC
Deformation & Flatness Control
Thin-wall structures can deform during machining or under vibration in service. Cutting force, residual stress, and clamping pressure all add up — and a 0.1mm bow ruins flatness on a mating surface.CH–04SERVICE RELIABILITY
Thread Precision & Assembly Fit
Repeated installation requires accurate threads and consistent assembly tolerance. A thread that grabs once but galls on the third re-install is a service-life problem, not a manufacturing one.
PROCESS DETAIL
CNC Machining Capabilities
From prototype machining to mass production, our process is built for precision components across communication, radar, UAV, automation and semiconductor industries.
PART 01 · PROCESS CAPABILITIES
Four core processes covering your needs
3 / 4-Axis CNC Milling
Housings, plates, brackets and multi-side structural parts with high dimensional consistency.5-Axis CNC Machining
Complex geometries, angled surfaces and high-precision parts in a single setup.CNC Turning / Turn-Mill
Shafts, connectors and RF pins with tight concentricity and surface control.Finishing & Thread Tapping
Anodizing, passivation, plating, polishing and reliable thread machining.ENGINEERING NOTE
Machining Process Considerations
VERIFIED BEFORE SHIPMENT
Quality Control & Inspection Process
Dimensional consistency directly affects assembly performance. Inspection is integrated throughout machining and finishing to improve repeatability and reduce assembly issues.
PART 01 · INSPECTION LAB
Dimensional Inspection for Assembly Accuracy
Critical dimensions such as hole positions, flatness, mating surfaces, and threaded features are inspected to improve assembly consistency.- ✓ Hole position & pitch tolerance check
- ✓ Flatness verification on mating surfaces
- ✓ Thread fit verified with go / no-go gauges
- ✓ Surface finish & appearance inspection
📄 Inspection reports can be provided based on your project requirements.
PART 02 · 4 INSPECTION FOCUS AREAS
Four checkpoints we run on every batch
GEOMETRY
Hole Position Verification
Critical mounting hole locations inspected to reduce assembly deviation.
COSMETIC
Surface Finish Inspection
Surface quality, finish variation, and cosmetic defects checked before shipment.THREADING
Thread & Tapping Inspection
Threads verified by gauging to ensure installation reliability.
STABILITY
Flatness & Deformation Control
Flatness inspection improves stability for thin-wall parts and plates.SUPPLY CHAIN PARTNER
Why engineers & OEMs work with us
We support communication, radar, UAV, automation and semiconductor manufacturers with precision CNC machining for your critical components.
COMMUNICATION
Engineering-Focused Communication
Your drawings and machining requirements are reviewed before production to reduce assembly issues and machining risks. Support for STEP files, tolerance discussion, and prototype feasibility review.✓ STEP / DXF / IGES ✓ Tolerance Review ✓ Feasibility Check
QUALITY & COMPLIANCE
Certified, Documented Quality
ISO 9001 quality system, material certificates, and full inspection reports. NDA-ready and ITAR-aware confidential handling of your IP.✓ ISO 9001 ✓ Material Certs ✓ NDA / ITAR-aware
EXPERIENCE
Proven in Demanding Industries
Components widely used in communication, radar, UAV, automation, and semiconductor equipment — with processes adjusted to your installation and application requirements.✓ Communication ✓ Radar ✓ UAV ✓ Semiconductor
START YOUR PROJECT
Ready to work with a CNC partner who reads drawings carefully?
Send your file. Get pricing, lead time & engineering feedback. Whether you’re at prototype stage or scaling to repeat production, share your STEP, DXF, or IGES file and our engineer will reply within 24 hours.
COMMON QUESTIONS
Frequently Asked Engineering Questions
Answers to the most common questions engineers ask before placing a CNC order. Don’t see yours? Send your drawing — we’ll reply within 24 hours.
What tolerances can you hold?
Down to ±0.005mm, verified by CMM.Which CNC axes do you offer?
3, 4, and 5-axis simultaneous machining.What materials can you machine?
Aluminum, stainless, titanium, brass, and engineering plastics.Can you machine titanium and exotic alloys?
Yes — Ti-6Al-4V, Inconel and more.What surface finishes are available?
Anodizing, bead blast, passivation, polishing (Ra 0.4–3.2).What is your maximum part size?
Up to 800 × 600 × 500 mm.Can you handle thin-wall / high-aspect-ratio parts?
Yes, with low-stress fixturing and toolpaths.Do you provide DFM feedback?
Yes, with every quote within 24h.Can you machine RF / waveguide / mmWave components?
Yes, with controlled low-loss surfaces.What inspection equipment do you use?
CMM, profilometer, and full reporting.What is your minimum order quantity (MOQ)?
From 1 prototype piece.What is your typical lead time?
Prototypes in days; production by volume.How fast can I get a quote?
Within 24 hours.What file formats do you accept?
STEP, IGES, DXF, PDF.Do you provide inspection / dimensional reports?
Yes, with every batch on request.Are you ISO 9001 certified?
Yes.Do you sign NDAs / handle IP confidentially?
Yes, NDA-ready and ITAR-aware.Can you scale from prototype to mass production?
Yes, 1 pc to 100,000+.How do you ensure batch-to-batch repeatability?
In-process CMM + SPC monitoring.How do you handle international shipping & duties?
Global shipping with export documentation support.TALK TO ALICE
Upload your drawing. Get a quote in 24 hours.
Hi, I’m Alice. ● OnlineProject Engineer · MGZZ CNC · Reply within 24hCOMMON PROJECT CONCERNS ✓ Tolerance accuracy ✓ Finishing compensation ✓ Tight assembly fit ✓ Small batch support
REQUEST A QUOTE24H REPLY
Tell us about your project
Send 2D/3D drawings — we’ll review and reply with pricing & lead time.🔒 Your drawings and project information are kept confidential. NDA available on request.