Seven tooling families for sheet metal production, plus the engineering and manufacturing services that support them. Built for the press, the material and the feature — not for a catalogue photo.
The tooling brand
Under TOOL PAL we provide high-performance sheet metal fabrication tooling designed to improve productivity, precision and operational efficiency. Our products are developed for modern manufacturing requirements and are compatible with leading sheet metal processing equipment.
TOOL PAL
Filter by tooling family. Every enquiry is reviewed against the press, the material and the production volume before a tool is proposed.
Turret punch
Punches, dies and strippers for turret punch presses, including special shapes, regrind support and production tooling developed around the part.
Press brake
Punches and V dies for production bending, built for repeatable angles and the loads that come with heavy sheet.
Power press
Blank, pierce, form and draw tooling for conventional and hydraulic presses, matched to the press and the part.
Composite
Several operations completed in a single station, where cycle time and press capacity make one hit the better route.
Progressive
Multi-station progression for parts where output and consistency justify the tooling investment. Strip layout is developed with the part.
Special application
Tools built around an obstruction, an unusual form or a feature standard tooling cannot reach. Designed to the part and proven on a trial.
Molds
Cavity and core work with design and build support for component production, including tool room machining and inspection.
TAC PAL engineering
Tooling is one route. When the requirement starts earlier — a design, a sample, a machine decision or a batch of parts — these are the services that carry it.
We start with the function, then work back to geometry. Part design, tool design, feasibility checks and drawing support, with the manufacturing route considered from the first sketch.
A worn sample, an imported component or a part with no drawing. We measure, reconstruct and document the geometry, then establish what it will take to make it repeatably in India.
Machine selection, tooling compatibility, process capability and cost reviews. We look at the whole route — machine, tool, material and maintenance — and leave a written action list rather than an opinion.
First-off samples and prototype parts before you commit to production tooling. Useful for fit checks, customer approval and proving a process before the capital is spent.
VMC machining, CNC turning, wire EDM, cylindrical and surface grinding, supported by precision inspection. Tool components, production parts and job work for manufacturers.
How we work
The sequence is deliberate. Most tooling failures are decided before the first cut — in an assumption that was never checked.
Drawing, sample, press, material and volume. We ask for what is missing.
Tool concept, strip layout and feasibility. The manufacturing route is part of the design.
Machining, assembly and inspection, with the tool room and metrology on the same site.
First-off part, load test where required, measurement and correction before release.
Regrind, maintenance and the next change. The tool has a life after the handover.
A drawing-specific answer
Press, material, thickness, feature and volume are enough for a first conversation. If you have the drawing, send that too.