DMG 5-Axis Machining Center
Supports simultaneous 5-axis machining for impellers, turbine components, contoured housings, and other parts that benefit from reduced setups and improved tool access.
5 Axis Equipment & Machining Proof
This gallery highlights the 5-axis equipment, multi-face machining resources, and inspection support available for complex metal and plastic parts in one certified facility.
Complex parts are reviewed for manufacturability, tool access, and inspection method before production, with documentation available to match customer drawing requirements.
Beijing Jingdiao 5-Axis CNC
For suitable complex parts, we also use Beijing Jingdiao 5-axis equipment to lower machining cost and provide a more cost-effective 5-axis CNC machining service without adding unnecessary process steps.
Metals and Plastics for 5 Axis CNC Machining
We machine a broad range of metal and plastic parts on 5-axis equipment. Material choice affects rigidity, tool life, wall-thickness stability, and achievable finish, so every quote is reviewed against the actual geometry and inspection requirement.
| Material Category | Example Grades | Typical 5-Axis Use |
|---|---|---|
| Aluminum Alloys | 6061, 7075, 2024 | Lightweight housings, aerospace brackets, manifolds, and structural parts |
| Stainless Steel | 303, 304, 316, 17-4PH | Medical parts, valve bodies, multi-side housings, and corrosion-resistant components |
| Carbon & Alloy Steel | 1045, 4140, 4340, tool steels | Industrial equipment parts, brackets, fixtures, and high-load structural components |
| Titanium Alloys | Ti-6Al-4V and related grades | Aerospace parts, medical components, and complex lightweight structures |
| Nickel Alloys / Inconel | Inconel 718, Inconel 625, Hastelloy | Heat-resistant complex parts and difficult-to-machine precision features |
| Copper / Brass | C110, C360, CuCrZr | Conductive components, connectors, manifolds, and precision machined cavities |
| POM / Delrin / Nylon | POM, PA6, PA66 | Engineering plastic parts, fixtures, robotic components, and functional prototypes |
| High-Performance Plastics | PEEK, PTFE, PPS, PC | Medical, semiconductor, and high-spec functional plastic parts |
Not every material-feature combination needs simultaneous 5 axis CNC machining. We review rigidity, wall thickness, tool access, and finish requirements before finalizing the process route.
Unsure whether your part really needs simultaneous 5-axis machining or 3+2 positioning?
Share the drawing, material, and critical features. We can review whether 5-axis, 3+2, or another process is the best fit before we provide a quote.
Technical Specifications for 5 Axis CNC Machining
These values reflect confirmed capability references for our 5-axis and related inspection resources. Final machining strategy, tolerance commitment, and inspection method are still reviewed against the drawing, material, and geometry.
| Parameter | Capability |
|---|---|
| Max 5-Axis Size | 800 × 600 × 900 mm |
| Impeller Diameter | Up to 800 mm |
| Multi-Face Single Setup | 600 × 1200 × 500 mm |
| Complex Surface Profile | 0.02 mm |
| Small Critical Features | ±0.003 mm |
| Minimum Wall Thickness | 0.5 mm for metal / 1.5 mm for plastic |
| Minimum Hole Diameter | 0.2 mm |
| Thread Range | M1.4 – M220 |
| Minimum Inner Corner | R0.5 mm |
| Inspection | CMM / profile inspection / third-party report on request |
Tolerance Guidance for 5 Axis Parts
Small critical features can reach ±0.003 mm when the size, structure, material, and measurement method support that level. For complex surfaces, the more meaningful reference is profile control and feature relationship within a practical inspection plan. Unless otherwise specified, final tolerance capability is confirmed by drawing review rather than generalized across all part types.
- Complex surface profile tolerance guidance: 0.02 mm
- Multi-face positional stability benefits from reduced clamping and better datum control
- Thin-wall, deep cavity, and hard-to-machine materials are always reviewed by geometry and tool access
Inspection and Quality Documents
| Item | Support |
|---|---|
| CMM Report | Available for critical dimensions and feature relationships |
| FAI / First Article | Available by project requirement |
| Material Certificate | Available by order and material source |
| Surface / Process Report | Available on request where applicable |
| Third-Party Inspection | Can be arranged when specified in the order |
Need help checking geometry, tolerance, or the right 5-axis machining route?
Send your drawing and target quantity. We can review whether simultaneous 5-axis, 3+2 machining, or another CNC route is the best fit for your part.
5 Axis CNC Machining Capabilities
Simultaneous 5 Axis Machining and 3+2 Positioning
We support simultaneous 5 axis machining for continuous surface control and 3+2 indexed machining for cost-effective multi-face work. This lets us match the right strategy to the part instead of forcing every component onto the same machining route.
- Simultaneous 5-axis machining for impellers, turbine components, and complex surface transitions
- 3+2 machining for manifolds, housings, brackets, and other multi-side components
- 5 sided CNC machining that reduces repositioning error on features spread across several faces
- Compound-angle drilling, tapping, and milling in one setup when geometry benefits from rotary access
Multi Axis CNC Machining from Prototype to Repeat Production
We support MOQ 1 prototypes, engineering samples, low-volume builds, and repeat production for custom 5 axis machined parts. Buyers can use the same supplier for feasibility review, sample approval, and follow-on production instead of re-qualifying a second source.
- Prototype lead time from 3–7 days for qualified projects
- Low-volume and small-batch 5 axis CNC machining support
- Production planning for repeat orders with stable inspection flow
- Drawing-based quotation with material, tolerance, quantity, and application review
Real Equipment, Real Inspection, Practical Process Planning
Our 5-axis resource base includes DMG 80mono, Matsuura MX-520, and Beijing Jingdiao equipment, backed by Hexagon CMM and additional dimensional inspection tools. This combination supports both precision 5 axis machining and practical decision-making when a part is better suited to 3+2 positioning or another CNC route.
Custom 5 Axis CNC Machining for Complex Geometry Parts
5 axis CNC machining is used when a part has curved surfaces, multiple machining faces, compound angles, deep cavities, or features that are difficult to reach efficiently on a standard 3-axis machine. By reducing setup count, the process helps control feature-to-feature accuracy, surface consistency, and total lead time.
At XCM CNC, we support both simultaneous 5 axis CNC machining and 3+2 machining services for buyers who need a capable 5 axis CNC machining supplier, a reliable multi axis machining services partner, or a China-based 5 axis CNC machine shop that can review drawings quickly and quote practical manufacturing routes.
When 5 Axis Machining Is the Right Choice
- Complex surfaces such as impeller blades, turbine profiles, and contoured flow paths
- Multi-face housings, manifolds, and structural parts that benefit from fewer clampings
- Deep cavity or undercut features where tool access is limited at fixed angles
- Parts that need better positional control between features on several planes
- Projects where one supplier must support metal and plastic parts under the same quality system
Why Buyers Choose a Dedicated 5 Axis CNC Machining Supplier
For sourcing teams comparing a 5 axis machining manufacturer or 5 axis CNC machining quote, the real value is not only machine count. It is process planning, realistic tolerance review, and inspection support that match the part geometry. We focus on manufacturability, tool access, wall thickness risk, and inspection feasibility before we commit to a machining path.
Complex 5 Axis CNC Parts We Machine
We focus on parts where multi-angle access, fewer setups, and surface continuity matter more than simply running the part on a five-axis machine. Typical part families include impellers, turbine-related components, manifolds, housings, brackets, deep cavity parts, undercut features, and thin-wall structures that need thoughtful process planning.
- Impellers and turbine components with curved surfaces and positional relationships between critical features
- Manifolds and housings with ports, pockets, and machining on multiple faces
- Brackets and structural parts with angled features or fixture-sensitive geometry
- Deep cavity and undercut parts where tool reach and collision avoidance matter
- Thin-wall metal and engineering plastic parts that need controlled cutting strategy
Aerospace and Turbine Components
5 axis machining is a strong fit for aerospace brackets, turbine-related parts, impellers, and contoured flow-path components where setup reduction and surface control matter. Material review and inspection planning are aligned to drawing requirements before production starts.
Medical and Semiconductor Parts
Medical pump parts, instrument housings, and semiconductor-related precision parts often need burr control, stable multi-face relationships, and documented inspection. Our certified quality systems help support these controlled manufacturing workflows.
Robotics, Automation, and Industrial Equipment
Robotic joints, actuator housings, sensor mounts, end-effector components, and industrial manifolds frequently benefit from indexed 5 axis machining or simultaneous paths where several features must stay aligned across multiple faces.
Automotive and Multi-Side Structural Parts
Automotive brackets, housings, and complex support parts can often be completed with fewer clampings using 3+2 or 5-axis machining, improving consistency on angle-sensitive or multi-side features while keeping process planning practical for repeat supply.
FAQ
What is the difference between simultaneous 5-axis machining and 3+2 machining?
In simultaneous 5-axis machining, the rotary and linear axes move together while the tool follows a continuous path across the part surface. In 3+2 machining, the rotary axes index to a fixed angle and the cut is then completed with three linear axes. We support both methods and recommend the route that matches the geometry, tolerance, and cost target.
What is your maximum 5-axis machining size?
Our confirmed 5-axis machining envelope is up to 800 × 600 × 900 mm, with multi-face single-setup capability up to 600 × 1200 × 500 mm depending on fixturing and part orientation. Impeller diameter can reach up to 800 mm when the geometry is suitable.
What materials can you machine on 5-axis equipment?
We machine aluminum, stainless steel, carbon steel, alloy steel, titanium, nickel alloys, copper alloys, POM, nylon, PEEK, PTFE, and other engineering plastics after review. Final process selection depends on geometry, wall thickness, finish, and inspection requirements.
What tolerances can you achieve on 5-axis machined parts?
Small critical features can reach ±0.003 mm when the feature size, material, and measurement method support it. For complex surfaces, profile tolerance guidance is 0.02 mm. Final tolerance commitment is always confirmed by drawing review rather than generalized across every part type.
Do you support prototypes and production runs?
Yes. We support MOQ 1 prototypes, engineering samples, low-volume builds, and repeat production. Prototype lead time can be 3–7 days for qualified projects, while repeat-order planning is reviewed against material availability, process complexity, and inspection scope.
What inspection and quality documents can you provide?
We can support CMM reports, first-article reporting, material certificates, and additional process or third-party inspection documents when specified. The required document set is confirmed with the quote so that inspection planning matches the part and industry requirement.
Is 5-axis machining suitable for impellers, manifolds, housings, and multi-side parts?
Yes. Those are typical candidates for simultaneous 5-axis machining or 3+2 indexed machining because they often combine curved surfaces, angled features, or features across multiple faces. We review the model and drawing first to determine whether 5-axis machining is truly the most practical route.
Request a Quote for Custom 5 Axis CNC Machining
Send your STEP, IGES, STP, DWG, or PDF drawing together with material, critical tolerances, quantity, and application details. We will review feasibility, machining approach, and inspection requirements before we provide a quote.
MOQ 1 Piece · Response within 24 hours · NDA available on request
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