CNC Milling
For housings, brackets, plates, pockets, slots, hole patterns, tooling parts, and multi-face geometry.
Explore CNC Machining →MACHINING CAPABILITIES
CNC Machining Capabilities for Custom Metal Parts
YCS combines CNC milling, CNC turning, 5-axis machining, EDM support, dimensional inspection, engineering review, and repeat-production coordination for drawing-based custom metal components.
CORE CAPABILITIES
Machining Processes Available for Custom Components
The manufacturing route is selected from part geometry, material, tolerance, quantity, finishing, and inspection requirements.
CNC Turning
For shafts, bushings, pins, threaded parts, collars, spacers, and other rotational components.
View Turning Capability →
5-Axis CNC Machining
For complex multi-face components, angled features, difficult tool access, and geometry that benefits from fewer setups.
Explore 5-Axis Machining →
Wire EDM
Auxiliary machining for suitable profiles, narrow features, difficult geometries, and selected hardened materials.
Sinker EDM
Supports cavities and difficult internal forms where conventional cutting access is limited.
Dimensional Inspection
Coordinate and optical measurement methods are selected according to drawing requirements and feature accessibility.
View Quality & Inspection →EDM SUPPORT
EDM Capacity for Features That Conventional Cutting Cannot Reach Efficiently
Wire EDM and Sinker EDM are used as supporting processes for suitable profiles, internal cavities, narrow features, hardened materials, and geometries where conventional cutting access is limited.
- Wire EDM for suitable profiles and precision cut geometry
- Sinker EDM for cavities and difficult internal forms
- Auxiliary EDM support integrated with CNC machining routes
- Process selection based on drawing geometry and material condition
ENGINEERING REVIEW
Process Selection Starts With the Drawing
YCS reviews geometry, critical dimensions, material, quantity, finishing notes, and inspection requirements before the machining route is confirmed.
- 2D drawing and 3D CAD review
- Critical tolerance and datum identification
- Machining-route and setup evaluation
- Material and finishing requirement review
- Inspection planning before production
MATERIALS WE MACHINE
Common Materials Supported by CNC Machining
Materials are selected according to the customer drawing and end-use requirement. YCS provides machining services; this section does not represent raw-material sales.
| Material Group | Typical Parts | Machining Considerations |
|---|---|---|
| Aluminum | Housings, brackets, fixtures, structural parts | Wall thickness, deformation, finishing, and critical dimensions should be reviewed together. |
| Stainless Steel | Shafts, brackets, hardware, industrial components | Tooling, heat, feature depth, and tolerance requirements affect process planning. |
| Carbon & Alloy Steel | Tooling, fixtures, machine parts, wear components | Material condition and any heat-treatment requirements should be defined before production. |
| Copper | Conductive and thermal-management components | Grade, burr control, dimensional stability, and surface requirements should be confirmed. |
| Brass & Bronze | Bushings, fittings, electrical and mechanical components | Exact grade and functional requirements should be specified in the drawing or RFQ. |
| Engineering Plastics | Insulators, spacers, fixtures, lightweight components | Clamping and dimensional movement can require different planning from metal machining. |
QUALITY & INSPECTION
Inspection Capability Supports the Machining Process
Machining capability should be matched by the ability to verify critical dimensions. Measurement methods are selected according to part geometry, tolerance, and customer requirements.
- Coordinate measurement for suitable 3D geometry
- Optical measurement for suitable profiles and smaller features
- Critical dimensions reviewed before machining
- Inspection documentation prepared according to project requirements
PROTOTYPE TO PRODUCTION
Capabilities for Development Parts and Repeat Production
The machining route can evolve as a project moves from development into repeat production. Setup strategy, inspection scope, fixture planning, and packaging can be adjusted to match the project stage.
- Prototype and engineering-development parts
- Low- and medium-volume custom machining
- Repeat-production CNC machining
- Batch inspection and production coordination
- Protective packaging and shipment planning
START YOUR PROJECT
Send Your Drawing for Capability Review
Share the CAD model, drawing, material, quantity, critical tolerances, finishing, inspection, and delivery requirements. YCS will review the project before confirming the machining route.