CNC Machining Equipment List
A comprehensive inventory of our 50+ state-of-the-art multi-axis CNC centers, EDM machinery, and Sub-Micron Metrology equipment.
At 3Q Machining, our backend capability validates our frontend promises. Having the right machine is only half the battle; knowing which machine to route your specific material and tolerance to is where our true engineering value lies. From heavy-stock milling to zero-force spark erosion, explore the hardware that builds your components.
Intelligent Equipment Routing
We don't just put your part on the first available machine. Our DFM engineers analyze your CAD to match the geometry, material hardness, and tolerance requirements to the exact equipment class.
3/4-Axis VMC & Drilling
The Workhorses. Designed for high-speed stock removal, prismatic shapes, and deep-hole peck drilling.
- 🎯 Tolerance: ± 0.01 mm
- 🧱 Best Materials: Aluminum (6061/7075), Brass, POM, Carbon Steels.
- ⚙️ Ideal Geometries: Flat plates, electronic enclosures, heat sinks, multi-hole brackets.
Simultaneous 5-Axis Milling
The Setup Eliminator. Rotates the tool and part simultaneously to access complex undercuts without manual re-fixturing.
- 🎯 Tolerance: ± 0.002 mm (No stack-up errors)
- 🧱 Best Materials: Titanium, Inconel, Medical Stainless.
- ⚙️ Ideal Geometries: Impellers, medical bone joints, complex aerospace manifolds.
CNC Turning & Swiss Lathes
The Cylindrical Masters. From heavy large-diameter shafts to microscopic medical pins featuring Y-axis live tooling.
- 🎯 Tolerance: ± 0.002 mm (Swiss)
- 🧱 Best Materials: Stainless 316L, Brass C360, Copper alloys.
- ⚙️ Ideal Geometries: Long/slender pins, threaded fasteners, concentric shafts, hydraulic pistons.
Wire/Sinker EDM & Precision Grinding
When traditional milling cutters fail or deflect. We use zero-cutting-force spark erosion (EDM) and abrasive grinding for parts that require sub-micron accuracy or are already hardened (HRC 60+).
- 🎯 Tolerance: ± 0.001 mm (1 Micron)
- 🧱 Best Materials: Tool Steels (D2, H13), Tungsten Carbide, Hardened Inconel.
- ⚙️ Wire EDM: Deep complex extrusions, fragile profiles.
- ⚙️ Sinker EDM: Sharp 90° internal corners, deep blind cavities.
- ⚙️ Grinding: Absolute H7 flatness, parallelism, and mirror surface finishes.
| Process Tier | Hardware Lineage | Max Work Envelope | Verified Tolerance |
|---|---|---|---|
| Core Prismatic (VMC/HMC) | Fanuc / Doosan / Brother Class | 1500 x 800 x 600 mm | ± 0.01 mm |
| Multi-Axis Simultaneous | Makino / Mazak / Citizen Class | 5-Axis / 7-Axis Swiss | ± 0.002 mm |
| Precision EDM (Wire/Sinker) | Sodick / AgieCharmilles Class | Submerged Spark Erosion | ± 0.002 mm |
| Sub-Micron Grinding | Hydrodynamic Spindle Grinders | Surface & Cylindrical | ± 0.001 mm |
| Metrology Lab (QA) | Hexagon CMM / Zeiss Class | 24/7 Climate Controlled | NIST / JIS Traceable |
Machine Routing Assistant 2.0
Precision manufacturing requires matching the right physics to your design. Use our DFM logic engine to identify the optimal hardware path for your CAD requirements.
Step 1: Define Blueprint Constraints
⚙️ Step 2: Optimal Hardware Path
*Upload your STEP/IGS file for a definitive 12-hour DFM report.
Production & Metrology Roster
Below is a detailed breakdown of our core production assets, highlighting our maximum working envelopes and precision capabilities.
| Machine Category | Axes | Max Working Envelope | Capacity (Qty) | Precision Tol. |
|---|---|---|---|---|
| Simultaneous CNC Milling Center | 5-Axis | 600 mm x 600 mm x 500 mm | 8+ Units | ± 0.005 mm |
| Vertical Machining Center (VMC) | 3 / 4-Axis | 1500 mm x 800 mm x 500 mm | 25+ Units | ± 0.01 mm |
| CNC Turning Center (Mill-Turn) | Multi-Axis | Ø 400 mm x 1000 mm Length | 15+ Units | ± 0.005 mm |
| Swiss-Type Lathe (Micro-Machining) | Multi-Axis | Ø 1 mm to Ø 32 mm Length | 10+ Units | ± 0.002 mm |
| Wire EDM / Slow Wire Cut | - | 400 mm x 300 mm x 300 mm | 8+ Units | ± 0.002 mm |
| Sinker EDM (Spark Erosion) | - | 500 mm x 400 mm x 300 mm | 5+ Units | ± 0.005 mm |
| Surface & Cylindrical Grinding | - | 800 mm x 400 mm | 6+ Units | ± 0.001 mm |
| CMM / Metrology Lab | QA/QC | Hexagon CMM, XRF, Optical Projectors | Full Facility | 0.001 mm Verification |
Core Machining Technologies
A visual tour of our precision production floor. Select a technology below to see how our specific machine classes tackle your engineering challenges.
Simultaneous 5-Axis Milling
Dedicated to complex 3D curved surfaces, angled holes, and impellers. Eliminates multiple setups.
Explore 5-Axis →Vertical Milling (VMC)
The workhorses of the facility. High-speed 3/4-axis centers for standard prismatic parts and drilling.
Explore Milling →Horizontal Milling (HMC)
Designed for heavy-duty cutting and large-scale geometries. Offers superior chip evacuation.
Explore HMC →CNC Lathe & Mill-Turn
Live-tooling turning centers ensuring perfect concentricity for shafts, cylinders, and housings.
Explore Turning →Swiss-Type Machining
Specialized sliding-headstock lathes for high-volume, ultra-precise micro parts and slender pins.
Explore Swiss Turning →Wire EDM (Electrical Discharge)
Zero cutting force. Essential for slicing ultra-hard metals (HRC 50+) and extruding intricate profiles.
Explore Wire EDM →Sinker EDM (Die Sinking)
Uses custom electrodes to spark-erode deep blind cavities and sharp true-90° internal corners.
Explore Sinker EDM →Precision Grinding
Abrasive post-machining to achieve extreme flatness, tight H7 bearing fits, and mirror surface roughness.
Explore Grinding →CMM & Metrology Lab
Hexagon Coordinate Measuring Machines ensuring 100% First Article Inspection (FAI) compliance.
Explore Quality Assurance →Quality Assurance & Metrology
Manufacturing precision means nothing without verification. We maintain a climate-controlled QA lab equipped with industry-leading inspection tools.
Hexagon CMM
3D Coordinate Measuring Machines for full FAI dimensional verification down to 1 micron.
XRF Analyzers
Instant material composition verification to prevent fake alloys and guarantee MTR compliance.
Optical Projectors
For high-magnification profile inspection on complex contours, threads, and micro-features.
Equipment & Reliability FAQ
Transparency is our standard. Learn how we maintain our high-precision arsenal and guarantee zero production downtime.
How do you ensure your CNC machines maintain their precision over time?
+
What happens to my delivery time if a machine breaks down?
+
Can I specify exactly which machine is used for my parts?
+
Are your CMM and inspection tools internationally calibrated?
+
Match Your Design to Our Capability
Have a complex part? Send us your CAD file. Our engineers will instantly match it to the optimal machine in our roster for the best speed and price.
Typical DFM Response: < 12 Hours
Our Integrated Production Ecosystem
Advanced machinery is only part of the equation. Explore our materials database and industry certifications to see how we apply this technology to your mission-critical components.
Machining Methods
Detailed workflows for 5-axis milling, Swiss turning, and precision grinding operations.
View CNC Services →Material Science
See how our machinery handles 100+ alloys including Titanium, PEEK, and Stainless Steel.
Access Data →Industry Compliance
Our machines meet strict Aerospace, Medical, and Defense industry standards.
Explore Sectors →Turnkey Production
Full supply chain consolidation: Integrating CNC with molding and assembly.
View Total Solutions →Mose Li
Head of EngineeringA precision machine is only as capable as the environment it operates in. Since 2006, Mose Li has personally curated 3Q Machining's equipment fleet, ensuring that every 5-axis center and Swiss lathe is integrated with Renishaw probing and active thermal compensation. Under his technical governance, our 50+ spindles operate in a 20±1°C climate-controlled facility, achieving the JIS and AS9102-standard tolerances required by global Tier-1 aerospace and medical contractors.