Assembly interfaces
Show how the part locates in its assembly.
MANUFACTURING CAPABILITIES
Custom Machined Components for Equipment & Automation
Purpose-built components for products, equipment, fixtures, and demanding assemblies.
We aim to reply within 1 business day · Mon–Fri, China time (UTC+8).
PROCESS & APPLICATION
Components designed around the assembly.
Custom machined parts begin with a specific functional need. We review geometry, interfaces, material, and order size to choose a practical combination of milling, turning, and secondary operations rather than forcing the design into a single process.
- Specialized machine components
- Product development prototypes
- Replacement and upgrade parts
PART PLANNING
Plan interfaces, materials and repeat demand.
Critical dimensions
Separate critical dimensions from general geometry.
Quantity & repeat demand
Provide quantity and expected repeat demand for process planning.
MATERIALS, FINISH & ACCEPTANCE
Specify the component for its operating environment.
Material selection should follow the operating environment. Aluminum, steels, copper alloys, and engineering plastics each offer different tradeoffs in weight, strength, wear, and cost.
- Finishes can be matched to corrosion needs, cosmetic expectations, or wear surfaces. We review whether coating build-up affects threaded or mating features.
- Inspection can prioritize the custom features that drive fit and performance, with documentation agreed during quotation.
PROJECT QUESTIONS
Before you send the drawing
Do I need a fully released production drawing?
A preliminary model is enough to start a manufacturing discussion. A controlled drawing is useful before final production.
Can you review a part that needs more than one process?
Yes. Share the complete part and we can discuss milling, turning, finishing, and assembly considerations together.
What if the material is not decided?
Describe the load, environment, appearance, and budget constraints so material options can be compared.
ENGINEERING PLANNING REFERENCE
Put numbers on the requirements.
Industry benchmarks for preparing your RFQ. The drawing review confirms the manufacturing route, capability and delivery schedule.
General metal features
A useful general-tolerance discussion point. State the drawing standard and dimension range; one blanket value does not cover every feature.
Selected critical features
A precision target for review, not a default for the whole part. Material, geometry, setup, temperature and measurement method matter.
Axis strategy
Compare 3-axis, indexed and simultaneous machining around tool access and datum control. The quotation confirms the proposed route.
Quantity comparisons
Use these RFQ quantities to compare prototype, pilot and repeat-part pricing. These are planning scenarios, not a stated MOQ.
Prototype schedule discussion
An initial manufacturing-window assumption for simple, stock-material parts. Finishing, inspection, capacity and shipping require separate confirmation.
Surface requirement example
An as-machined roughness discussion point. Identify functional faces; sealing, bearing and cosmetic surfaces may need different requirements.
Send overall dimensions and critical features for feasibility review. Production lead time starts from the agreed release conditions; transit time is separate.
LET’S TALK ABOUT YOUR PART
Bring your drawing.
Define the next step.
Material, quantity, finish and critical features — start with what you know.