01
Flexible jaw couplings
Curved jaw hubs with a field-swappable spider — vibration damping and misalignment without dismantling the drive.
- Replaceable spider
- Angular · parallel · axial
- TTC jaw range
Precision couplings for machines that cannot afford slip.
02 — Products
Drag the axis →
01
Curved jaw hubs with a field-swappable spider — vibration damping and misalignment without dismantling the drive.
02
Crowned gear teeth for mills, mixers, and heavy rotary duty — compact torque density held to rating.
03
Lightweight nylon gear sleeve for quiet, corrosion-resistant duty where metal gear mass is unnecessary.
04
Low-inertia jaw couplings for pick-and-place and indexing — crisp response where lag shows up as scrap.
05
Torsionally stiff beam and slit couplings for servo spindles — zero wind-up under acceleration.
06
Bellows element for positional accuracy under moderate misalignment — responsive through reversals.
07
Disc packs for zero backlash, high-speed duty — misalignment forgiven without losing torsional intent.
08
Friction torque limiters that slip at a set rating — protect gearboxes, chains, and downstream equipment.
A coupling is not a catalogue number. It is the last thing between a line that runs and a line that stops.
03 — Applications
Disc, gear, servo, and industrial couplings specified for the envelopes, speeds, and misalignment budgets of Indian process and OEM duty — not a generic import line.
High torque density for rolling, mixing, and lines that never clock out.
Dust, shock, and continuous duty. Ratings held, not hoped for.
Seasonal peaks, wet floors, and couplings that survive the campaign.
Registration-critical shafts where backlash shows up as waste.
Custom hubs and spacers cut to your envelope, then repeated in batch.
Servo and disc families for motion systems that cannot afford lag.
Every drawing is owned in-house. 2D, 3D, BOM, prototype, validation. Design changes land on the same floor that machines the hubs — so the spec you sign is the part you receive.
CATIA and SolidWorks, from hub geometry to BOM.
Cut, fit, and finish on the same shop floor.
Prototype, inspect, then hold the rating in duty.
Drawings, hubs, and validation share the same floor — so a change in CATIA is a change on the mill, not a ticket to a third party.
06 — Specify
Peak, continuous, and the speed the shaft actually sees — not the motor plate alone.
Angular, parallel, axial. Specified as a budget, then designed to live inside it.
Hubs, spacers, and overall length cut to the space you have, not the one we prefer.
ISO 5211, DIN 3337, keyed, clamp, or custom. The connection is part of the coupling.