Capability
When operators back off feeds to stop vibration or add a pass to recover accuracy, the machine is running below its capability. We find the mechanical reason, fix it, and measure the result on your machine.
Best for
Repeat operations where cycle or setup time is the constraint
You send
Machine, operation, current tooling and baseline times
You get back
A trial plan, then tooling proven against your baseline
How it starts
Analysis from a shop visit or a video of the operation
The situation
Most productivity losses are not dramatic. They are small, permanent compromises made because the available holder did not suit the job.
What you get
Application-led tooling that reduces setup, tool-change and cycle time against a measured baseline.
The current cycle time, setup time, tool life or scrap rate is captured before anything changes — otherwise improvement is just opinion.
Holder type and rigidity, overhang, insert choice, clamping, approach angles and interference examined for the actual operation.
What will change, how it will be measured, and what result counts as success — agreed before the trial runs.
Proven solutions are documented for that operation and duplicated for other machines running the same part.
Where this stops
No honest supplier can guarantee a cycle-time reduction before seeing the operation. Changes are trialled and measured, and standardised only when your own machine justifies it.
The current cycle time, setup time, tool life or scrap rate is the baseline. Without it there is no way to show improvement and no way for you to judge whether the investment paid. We will help you capture it before anything is changed.
The operation is examined tool by tool: holder type and rigidity, overhang, insert or cutter choice, clamping, approach angles and interference. This is usually where the answer is hiding.
Deep bores, long overhangs, thin-walled parts, interrupted cuts and hard materials gain the most from purpose-designed holders and fixtures, because they are the cases where a generic holder forces the largest compromise.
Pre-set holder families, quick-change interfaces, combined-operation tools and fixtures that locate without indicating all reduce the time your machine is not cutting. Which combination pays depends on batch size and change frequency — which is exactly why the analysis comes before the recommendation.
With stable tooling in place, parameters can be raised, passes combined and air-cutting reduced. A trial plan defines what changes, how it is measured and what counts as success, and the results are documented so the decision to standardise rests on evidence from your own machine.
How it runs
Each stage produces something you can check, and the drawing approval stage is yours to control.
Current cycle, setup, tool life and quality issues recorded with you.
The operation examined tool by tool for rigidity, reach, clamping and interference.
Purpose-built tooling run against the agreed plan and measured.
Result documented, tooling duplicated for other machines or lines.
Before you enquire
The inputs that make a useful review, plus the related pages worth reading first.
Send what you have. The technical review identifies the rest.
FAQ
The questions engineers and buyers ask before sending a drawing. If yours is not here, ask it directly — you will get an engineer's answer, not a brochure.
Still have a question?
Talk to Anita M.N, Managing Partner, or send the drawing and let the review answer it.
With a baseline: how long the setup or cycle takes now, and where the time actually goes. CMTA can observe the operation on site or work from your description, photographs and a short video.
No supplier honestly can before seeing the operation. What we commit to is a measured baseline, a trial plan agreed in advance, and standardising only what the result on your machine justifies.
Machining, grinding, assembly and inspection are CMTA's own work. Where tooling and productivity work needs heat treatment, plating or coating, those are coordinated through approved partners and CMTA stays responsible for the finished part. The exact split for your job is confirmed in writing at feasibility review, not left vague.
Before manufacture, we list the dimensions, fits, finish and functional checks that actually decide whether the part works. Those are what get measured, reported and, where relevant, trialled on your machine. Acceptance is judged against that written list rather than a general assurance.
Start a project
Share what you are trying to make or fix. Our engineering team reviews every enquiry and responds with the questions that matter, a feasibility view and next steps.
