Housings & interfaces
Bores, reference faces and interfaces reviewed together.
WEKO / PRECISION CNC MILLING SERVICES
CNC milling.
Every feature matters.
Custom housings, brackets and plates. Pockets, faces and mounting interfaces machined around your drawing.
Get a Milling Quote Explore milled components
FACES / POCKETS / BORES / MOUNTING FEATURESMade to your geometry.
01 / COMPONENTSFor the part that
For the part that
brings it all together.
Machined features connect, locate and support an assembly. Define the surfaces and interfaces that make your component work.
Mounting brackets
Milled faces, relief features and mounting holes.
Plates & mounting features
Flat faces and hole patterns for locating an assembly.
Representative component illustrations. Your drawing defines the manufactured geometry.
BRACKET / GEOMETRY STUDYINTERACTIVE 3D
Representative component. Your released drawing defines the manufactured part.
CUSTOM CNC-MILLED PARTS
Housings & covers
Pockets, bores, faces and interfaces for components that surround or locate an assembly.
Mounting brackets & frames
Hole patterns, ribs and mounting surfaces made around your functional geometry.
Plates & equipment interfaces
Reference faces, pockets and mounting features for locating, supporting or connecting other parts.
Parts with mixed features
Milled flats, slots and mounting details on components that may also need turning or secondary operations.
02 / FEATURE REVIEWA clear drawing.
A clear drawing.
A better machining plan.
Highlight the features that determine fit, access and acceptance. Use this guide to prepare the details for your part review.
WEKO / MILLED COMPONENT / TOOL ACCESS & DATUMS
ILLUSTRATIVE PROCESS STUDY / YOUR DRAWING DEFINES THE REQUIREMENTS
Give the tool a route to the feature.
Show pocket depth, internal radii and any difficult access. Identify surfaces that need a particular finish or must remain free from tool marks.
Review pocket geometrySpecify what each hole must accept.
Include hole size, depth, position and any thread or fit requirement. Show their relationship to the datums and mating component.
Review holes and boresLocate the part from the surfaces that matter.
Identify mounting and sealing faces. Specify flatness, parallelism, surface finish and the reference system needed for final inspection.
Discuss your milled component03 / MACHINING CAPABILITY
Match the geometry
to the equipment.
Review part size, access and critical features together. The complete setup matters as much as the machine travel.
Request a feasibility reviewSELECTED MACHINING-CENTER LISTING500 × 400 × 300 mm
Published X / Y / Z travel
- Equipment examples
- Qiaofeng / Brother / FANUC
- Listed equipment accuracy
- ±0.002 mm*
*Review each feature against the material, setup and measurement requirements. Travel and equipment figures do not define the acceptance criteria for every part.
Part size & workholding
Send the overall envelope and the complete geometry so fixtures, access and setups can be considered.
Datums & feature relationships
Identify the reference faces, hole patterns and critical interfaces that determine how the part is located and measured.
Tolerance & final condition
State the acceptance requirements, surface treatment and inspection condition for each critical feature.
04 / MATERIALS & FINISHES
Performance starts
with the specification.
Specify the alloy, condition and finished surface. Align the material with the component’s function and operating environment.
VERSATILE ALUMINIUM
A practical starting point for housings, brackets and plates.
Discuss 6061 when your component needs a balance of weight, machinability and surface finishing. Specify temper, critical interfaces and the finished condition.
- Material grade and temper
- Anodizing and cosmetic surfaces
- Dimensions after finishing
Another material? Steel, brass, copper and engineering plastics can be reviewed by exact grade, condition and application.
Explore all materialsSpecify the finished part.
Include roughness, cosmetic standards, coating thickness and masked features.
- Anodizing
- Passivation
- Blasting & preparation
- Deburring & cleaning
Confirm which dimensions are accepted before or after finishing. Request additional treatments by specification.
05 / FROM DRAWING TO COMPONENT
See how the
details connect.
A visual overview of drawing review, quotation and setup, machining, and interface inspection.
Plan your machining route01
Review the drawing
Confirm revision, material, quantity, critical features and the required finish.
02
Approve the plan
Review the manufacturing scope, schedule, commercial terms and inspection requirements.
03
Machine & inspect
Make the component and check the specified interfaces and acceptance requirements.
04
Prepare the next order
Review agreed inspection before final payment, delivery arrangements and repeat-production needs.
CRITICAL INTERFACES / AGREED EVIDENCE06 / QUALITY FOR YOUR MILLED PART
Check the relationship
between the features.
Connect your drawing to the measurement method and evidence your team needs. Identify the critical interfaces before production.
Position & alignment
Datum references, mounting patterns and the geometric controls defined by your drawing.
Faces & functional surfaces
Dimensions, flatness and roughness requirements on the surfaces that matter.
Records & acceptance
First-article or batch requirements, sampling and documentation agreed in the quotation.
SUPPLIER DOCUMENTS & CONFIDENTIALITY
Useful evidence.
A direct conversation.
Review the certificate holder and scope. Connect with WEKO to discuss the manufacturing and supplier information your project requires.
Open supplier assessmentCertificate holder: Dongguan XuXiang Precision Hardware Co., Ltd., within the WEKO manufacturing group. Review each document for its certified entity, scope and validity.
YOUR NEXT CNC-MILLED COMPONENT
Bring the geometry.
Let’s plan the part.
Start with a drawing or description, material and quantity. We’ll clarify the features and prepare a quote for the manufacturing scope.
CNC MILLING / QUESTIONS
Answers for your
next decision.
What kinds of components can you mill?+
WEKO reviews housings, plates, brackets, covers and components with pockets, faces, holes, bores and mounting interfaces. Share the complete drawing, material and quantity so the machining route can be established.
Can I start with one prototype or a small batch?+
Yes. Single-piece and low-MOQ CNC options are available alongside repeat production. The quote depends on the geometry, material, setup, finish and inspection requirements.
What is the listed machining envelope?+
The existing capability information lists 500 × 400 × 300 mm travel for the selected machining centers. Machine travel is a starting reference; workholding, access, setup and part geometry affect the actual feasible component.
What tolerance can you achieve on milled parts?+
The selected machining-center listing gives ±0.002 mm as an equipment capability figure. Confirm each required feature tolerance against the material, geometry, setup, surface treatment and agreed measurement method. The quotation defines the accepted project requirements.
How should I specify pockets, thin walls and holes?+
Mark the depths, wall thicknesses, internal radii, datum faces, hole positions and thread details that matter to function. Include inspection and finishing requirements. The team can review access and setup around the released geometry.
Can a part combine milling and turning?+
Yes. Send the complete component rather than dividing the drawing into separate process requests. WEKO reviews the turning, milling and any secondary operations needed for the agreed scope.
Which materials and finishes can I request?+
Discuss aluminium, stainless steel, steel, brass, copper and engineering plastics by exact grade and condition. Specify anodizing, passivation, surface preparation, deburring, cleaning or other requested treatments, together with any masked areas and cosmetic standards.
What should I send for a quotation?+
Start with a drawing or model and revision, material grade, quantity, finish and required timing. Identify critical datums, dimensions and documentation. If files are confidential, ask for an NDA before uploading them.
How quickly can you supply CNC-milled components?+
Expedited options start from 3 business days. The part geometry, material availability, batch quantity, machining, finishing and inspection scope determine the confirmed schedule in your quote.