APPLICATIONS
Advancing intelligent manufacturing and hydraulic innovation through independent R&D.
AGV / MOBILE ROBOTICS
Applied on tugger-AGVs, fork-AGVs, AMRs, smart material-handling robots and tote-handling robots. Cylinders perform jacking, clamping, gripping and telescopic pick-up — typical short-stroke + high-frequency + high-precision scenarios.
Tugger-AGVs
Fork-AGVs
AMRs
Smart Material-handling Robots
Tote-handling Robots
Tugger-AGVs
Fork-AGVs
AMRs
Smart Material-handling Robots
Tote-handling Robots
KEY
CHALLENGES
Compact Envelope
Every millimeter inside an AGV matters, demanding flat / thin-wall designs.
Power-limited
Most AGVs are battery-powered with small HPUs, so internal leakage must be ultra-low.
Position Retention on Power-off
Load must not sag — mechanical or hydraulic locking required.
Ultra-high Cycle Count
Jacking AGVs make 2,000–5,000 cycles/day — 5-million-cycle maintenance-free required.
Noise Control
Lights-out warehouses require ≤ 65 dB.
OUR SOLUTIONS
Ultra-thin jacking cylinder series with strokes from 30mm, fits within 80mm-high AGVs.
Low-friction PU seal + self-lubricating guide band for low break-out pressure.
Mechanical self-locking nut or hydraulic lock valve — zero sag on power-off.
Engineered for 5-million-cycle life with N₂-charged accumulator chamber and long-life seals.
Optional IO-Link/CAN interface for position/pressure feedback to AGV controller.
