Machine Park
3+1 axis BAOFENG and 5-axis capability through the VESTA-1100 and NIKKEN 5AX-201 integration.
View detailsPRECISION MACHINING · TOOLING TECHNOLOGIES
Engineering strength in precision machining.
For tooling components and technical parts, we manage 3+1 and 5-axis CNC machining, controlled workholding, in-process inspection and dimensional verification within one manufacturing discipline.
Share 3D models and drawings by email for an initial review.
3 & 4 & 5Axis CNC machining
1.100 - 600 - 600X-axis capacity
CMMDimensional verification
Supporting capabilityTooling · Plastic Injection
OUR CORE FOCUS
We treat machining as an engineering process in which geometry, workholding and inspection decisions are managed together.
Tool access, datum structure, tolerance chains, roughing and finishing are planned before the part reaches the machine. The goal is not only to machine the part, but to make the result repeatable and verifiable.
SUPPORTING CAPABILITIES
We reinforce machining with machine capability, quality and plastics process knowledge.
Each discipline supports manufacturability and early management of technical risk.
Quality & Inspection
In-process inspection and CMM verification for critical dimensions, datum relationships and geometric tolerances.
View detailsPlastic Injection
Tool trials, process development and establishment of repeatable production parameters.
View detailsInjection Moulds
Manufacturability-led mould engineering for complex slides and inserts.
View detailsMACHINING WORKFLOW
A controlled process from machining strategy to dimensional verification.
- 01
Technical review
3D model, drawing, material, tolerances and delivery targets are reviewed.
- 02
Process plan
Roughing and finishing sequence, tool access and operation structure are defined.
- 03
Workholding & datum
Datum structure and workholding strategy are prepared to preserve geometric continuity.
- 04
CNC machining
3+1 or 5-axis operations are executed with controlled toolpaths.
- 05
In-process inspection
References and dimensions are checked between critical operations.
- 06
Final verification
Critical dimensions and geometric requirements are verified against the inspection plan.
ADVANCED TOOLING TECHNOLOGIES
We treat thermal behaviour as part of the design.
Conformal cooling is more than channel geometry. Part surface, wall thickness, thermal distribution, manufacturing material and process targets must be evaluated together.
MACHINE PARK
Controlled machining and measurable manufacturing capability for complex geometries.
The new Hwacheon VESTA-1100 and NIKKEN 5AX-201 investment adds controlled multi-axis access to complex surfaces with fewer setups.
3+1 Axis Vertical Machining CentreBAOFENG BF-V8
Controlled machining for mould components and complex technical parts.
NEW INVESTMENT · CNC VMCHwacheon VESTA-1100
A rigid, large-capacity machining platform prepared for NIKKEN rotary-table integration.
NEW INVESTMENT · 5-AXIS ROTARY TABLENIKKEN 5AX-201
Rotary and tilt axes enabling 5-axis machining on the VESTA-1100.
CNC Coordinate Measuring SystemMitutoyo CRYSTA-Apex S
High-accuracy verification of critical dimensions and geometric requirements.
QUALITY APPROACH
We plan quality at the beginning of the project—not only at final inspection.
Drawings, critical dimensions, tolerances, surface expectations and inspection methods are reviewed at project start.
- Drawing and tolerance review
- Critical quality characteristics
- In-process and first-sample inspections
- Dimensional verification and reporting
Brands connected through our manufacturing and engineering experience
OUR REFERENCES
