New Energy

EV battery and structural parts are large, varied and produced at scale — fixtures must scale with the line.

The challenge

New Energy workholding challenges

What goes wrong in this sector when workholding is not specified from the process up.

Large-format parts exceed standard vise capacity

Battery trays and structural castings are far bigger than any off-the-shelf vise can hold.

Scaling fixtures across model changes

New vehicle platforms appear constantly; tooling must extend without a full redesign.

Consistent clamping across high volume

Thousands of parts per run demand the same clamp result on part one and part ten thousand.

How JIYAN solves it

Workholding that fits New Energy

Each challenge above maps to a JIYAN product direction — proven in daily production.

Pneumatic Zero-Point Plate

Scales clamping across large plates and automates locking for consistent, repeatable holds.

Pneumatic Zero-Point Plate

Modular bases

Extend to any part footprint by adding standard modules instead of a custom frame.

Modular Fixtures

Standardized locating interface

One interface keeps changeover consistent as models change on the same line.

Zero-Point System
New Energy workholding application
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FAQ

New Energy workholding — common questions

Can you hold large EV battery trays?

Our pneumatic zero-point plates and modular bases are built for large-format structural parts, distributing clamp force evenly across the footprint.

How do we handle frequent model changes?

The standardized zero-point interface means new models reuse the same base; only the top tooling changes, not the locating principle.

Is the clamping suitable for automated lines?

Pneumatic actuation and pallet interfaces make the system ready for robotic loading and lights-out production.

Engineer your New Energy workholding

Send us your drawing and process constraints. Our engineers return a fixture direction and quote within 24 hours.

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