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Company
Capabilities
- CNC Tool Holder Manufacturing
- Custom Tool Holders
- Precision Component Manufacturing
- CNC Turning and VMC Machining
- Jigs and Fixtures
- Special Purpose Machines
- Tooling and Productivity Solutions
- Precision Grinding and Finishing
- Reverse Engineering
- Machine Retrofit and Modification
- Complete Engineering Manufacturing Support
Products
Industries
Solutions
- Replace an Obsolete Machine Component
- Reduce Dependence on Imported Tooling
- Reduce CNC Setup and Tool-Change Time
- Develop a Custom Jig or Fixture
- Source a Critical Precision Component
- Improve Machining Cycle Time
- Reverse Engineer Without Drawings
- Recover From Production Delays
- Develop a Special-Purpose Machine
- Improve an Existing Component
Case Studies
Guides
- When a custom tool holder is justified
- What actually causes holder runout
- What decides a VTL holder's design
- Localising imported tooling
- What a good RFQ drawing includes
- Shaft, bush and sleeve tolerance basics
- Choosing between machining and grinding routes
- Prototype to repeat production
- Jig versus fixture, and why the distinction matters
- Datum and clamping considerations
- Fixture-driven cycle-time reduction
- Inspection fixture planning
- What can be recreated from a sample
- Risks when the material is unknown
- The obsolete-parts workflow
- Sample to approved drawing
- Keeping an older machine productive
- How to measure setup time honestly
- Tooling symptoms that reduce throughput
- Establishing a cycle-time baseline
- Recovering from a production delay
- When redesigning a part beats remaking it
- When a special purpose machine makes business sense
- Defining SPM acceptance criteria
- Semi-automatic versus automatic
- Preparing an SPM requirement brief
- Qualifying a precision machining vendor
- Second-sourcing a critical component
- Who owns the part across processes