3-Axis CNC Machining
Reliable 3-axis milling for plates, blocks, brackets, housings and components with accessible prismatic features.
Discuss a 3-axis partCNC MILLING / OEM COMPONENTSComplex profiles.
Complex profiles.
Made to your drawing.
Drawing-based 3-axis, 3+2 positional and simultaneous 5-axis milling for brackets, blocks, plates and housings in industrial equipment. Start with the features that matter to your assembly.
MILLING CONFIGURATIONSChoose the access
Choose the access
your geometry needs.
Belaro offers 3-axis, 3+2 positional and simultaneous 5-axis milling, with the process route reviewed against the drawing, material, tolerances and critical features.
3+2 CNC Milling
Also called positional 5-axis milling: two rotary axes position the part or tool at a fixed angle, then remain stationary during 3-axis cutting. Suitable for angled holes, inclined faces and pockets on multiple sides, subject to tool access and fixture review.
Discuss a 3+2 part5-Axis CNC Machining
Simultaneous 5-axis machining for complex surfaces, angled features and geometries that benefit from multi-directional tool access.
Discuss a 5-axis partPARTS WITH A PURPOSEFrom mounting faces
From mounting faces
to assembly interfaces.
Explore typical milled part families for industrial OEM applications. These representative images describe component types; suitability is assessed against your drawing and actual process capability.
REPRESENTATIVE PARTMounting Brackets
Custom brackets and supports for mounting sensors, tooling and mechanical assemblies to your equipment.
Explore this part family
REPRESENTATIVE PARTMachined Blocks
Drawing-based blocks and mounting bases with machined faces, pockets and hole patterns for industrial assemblies.
Explore this part family
REPRESENTATIVE PARTPlates & Housings
Machined plates and housing concepts for supporting, locating or enclosing components in industrial equipment.
Explore this part familyENGINEERING REQUIREMENTS
A useful quote starts with the right details
A 3D shape alone does not define a production component. Include the requirements that control fit, function and inspection.
Geometry & tool access
Share pockets, slots, internal corners, hole depths and thin-wall features so machining access and setup requirements can be reviewed.
Datums & critical dimensions
Identify locating faces, mating features and the tolerances that affect assembly. Include the drawing revision and inspection requirements.
Material & surface condition
Specify the exact material grade, any surface treatment and functional or cosmetic faces. These requirements are confirmed during quotation.
Quantity & repeat orders
Provide the initial quantity, target delivery and expected repeat demand to support a practical production review.
Confirm capability against your drawing.
Part size, geometry, material, tolerances, inspection documents and lead time are reviewed per project. This page does not specify guaranteed machining limits or a universal tolerance.
Our quality approachMATERIAL & FINISH
Specify the result your component needs
Tell us what the part is made from and how its surfaces must perform. Material availability and any finishing scope are confirmed in the quotation.
- Material specification
- Exact grade or standard, temper or condition, and any material documentation required.
- Functional surfaces
- Surface finish callouts, mating faces, fits, edge breaks and burr requirements.
- Surface treatment
- Required coating or treatment specification, masking areas and dimensions to verify after finishing.
- Inspection records
- Critical characteristics, measurement criteria and requested inspection documentation.
BEYOND MACHINING
Complete the route beyond milling
Grinding, heat treatment and surface finishing can be coordinated through Belaro's Dongguan and Shenzhen supplier network when they form part of the drawing requirement. Scope and inspection are confirmed per project.
Explore secondary processesGrinding
For drawings that require a grinding step after machining, subject to geometry, tolerance and process review.
Heat Treatment
Coordinated to the material condition, hardness or treatment specification stated in your requirements.
Surface Finishing
Reviewed against the finish specification, masking needs, functional surfaces and post-finish dimensions.
FROM RFQ TO PRODUCTION
Align the requirements before cutting begins
- 01
Share the drawing
Send a dimensioned PDF, a 3D model if available, material grade, quantity and target delivery.
- 02
Review the details
Clarify critical features, machining feasibility, inspection needs and commercial scope.
- 03
Confirm the order
Agree the drawing revision, specifications, quantity and delivery arrangements before production.
BEFORE YOU ENQUIRE
CNC milling questions
How does 3+2 milling differ from simultaneous 5-axis milling?
In 3+2 milling, the rotary axes position the part or tool before each cut and remain stationary while the three linear axes cut the feature. Simultaneous 5-axis milling coordinates linear and rotary motion during cutting. Belaro supports both methods and reviews geometry, tool access, fixturing and critical dimensions to select the route for your part.
What files should I send for a milling quote?
A dimensioned PDF drawing and, where available, a STEP model are a useful starting point. Include the revision, material grade, quantity, critical tolerances and target delivery. The RFQ form accepts a single attachment; related files can be packaged in a ZIP.
Can you review low-volume and repeat production?
Yes, enquiries can be reviewed for low-volume OEM batches and repeat orders. Quantity suitability, production arrangements and delivery depend on the part and the agreed requirements.
What tolerances can you achieve?
Share the required tolerances and datums on your drawing. Feasibility depends on the feature, geometry, material, setup and inspection conditions. Final tolerances must be confirmed during quotation.
Are material and surface treatments included?
List the exact material grade and any finish or treatment specification in your enquiry. Availability, process suitability, documentation and the scope of supply are confirmed per project.
What if my component needs both milling and turning?
Send the complete drawing and describe the critical interfaces. Select “Not sure — please review” in the RFQ form if the required process is unclear. Any combined process route must be reviewed before quotation.
YOUR NEXT MILLED COMPONENTLet’s review
Request a Milling Quote Let’s review
your drawing.
Share the component, material and batch requirements. Start a focused conversation about your milling project.