01
Housings & cavities
Pockets, ribs and cover interfaces. Plan tool access, wall support and datum transfer together.
Explore this capabilityCNC MACHININGLarge parts.
Large parts.
Complex geometries.
CNC machining for complex ribbed components, long cavities, housings and mounting parts. Review tool access, support and multi-face datums together, then coordinate finishing and inspection.
01 / MACHINING SCOPE
Start with the part and its interfaces
Milling, drilling, threading and multi-face machining are planned around the features that matter to the finished assembly.
02
Plates & mounting features
Steps, locating holes and threads. Keep critical mounting features aligned across machined faces.
Explore this capability
03
Large complex components
Contoured ribs, long cavities and side interfaces call for coordinated access, support and datum planning.
Explore this capability02 / LARGE & COMPLEX PARTSRibbed geometry and long cavities.
Ribbed geometry and long cavities.
Different machining challenges.
Overall size is only one part of the challenge. Ribs, internal cavities and interfaces on different faces define how the part is supported, machined and checked.
MACHINING REVIEW ENVELOPE2000 × 800 × 900 mm
This is the equipment review envelope, not the dimensions of the pictured parts. Feasibility depends on geometry, tool access and workholding clearance.
Large ribbed structural component
Contoured profile · Stepped ribs · Cylindrical interface
Ribs, stepped transitions and a cylindrical interface share one contoured structure. Review access between ribs, changes in section stiffness and datum transfer between machining faces.
Large long-cavity structural component
Long cavity · Continuous walls · Slots & side openings
An extended cavity combines continuous walls, slots and side openings. Review tool reach, wall support and the relationship between internal features and mounting interfaces.
Support & stock removal
Review stiffness around ribs and long cavity walls, then plan support and stock removal around the retained sections.
Access & datum transfer
Check tool reach between ribs and into cavities; connect cylindrical and side interfaces to the same datum plan.
Measurement & handling
Define inspection datums and support conditions, and protect ribs, cavity edges and mating interfaces during handling.
03 / MANUFACTURING ROUTE
From approved drawings to protected delivery
- 01
Drawing confirmation
Confirm the drawing revision, material, critical dimensions, tolerances and surface finish before programming and manufacture.
- 02
CNC programming
Prepare CNC programs from the approved drawings. Plan tools, toolpaths and setup sequences, then check the programs.
- 03
Feature machining & finishing
Machine ribs, cavities, holes and slots to the program, then coordinate deburring and the specified surface treatment.
- 04
Inspection & protected delivery
Inspect critical dimensions and surface condition against the agreed requirements. Support the structure and protect interfaces during packing and delivery.
04 / INSPECTION & ENQUIRY
Define how the finished part will be accepted
Mark functional dimensions, geometric tolerances and final inspection conditions. We review the measurement method and records against your drawing.
- Datums and mating interfaces across machined faces
- Dimensions after finishing and protected contact surfaces
- Support conditions for long spans and large structures
PROJECT QUESTIONS
Before you send a drawing
Can any part within the envelope be machined?
Overall dimensions are only the starting point. We also review weight, tool reach, fixture space, support and inspection conditions.
How are tolerances agreed?
Identify the functional tolerances and datums on your drawing. Feasibility is reviewed for each feature, material, size and measurement condition.
Can you support prototypes and repeat orders?
Yes. Agree the first-piece checks, released drawing revision and inspection records before scheduling repeat production.