Used stackers handle pallet positioning and vertical staging in narrow warehouse aisles without the footprint of full-sized forklifts. Selecting the right unit requires matching lift height, mast geometry, and chassis configuration to aisle widths. Inventory features pedestrian electric reach models from Linde designed for precise factory floor stock movement.
Stackers bridge the gap between hand pallet trucks and counterbalance forklifts, serving primarily to lift, rack, and stage palletized materials in tight warehouse layouts. Common formats include manual hydraulic pumps, semi-electric lifts, and fully powered pedestrian or ride-on units. Specialized variants feature straddle legs or pantograph reach masts that extend forks forward to pick pallets from double-deep racking or rack bays with bottom beams. When comparing stackers, critical differentiating specifications are lift capacity, maximum lift height, retracted mast clearance, and drive motor type. Battery systems range from traditional lead-acid traction cells to compact lithium packages, dictating operational duty cycles and recharge turnaround on busy workshop floors.
Inspect the mast assembly thoroughly, looking for elongation in the leaf chains, uneven wear along the upright roller channels, and play in the carriage bearings. Check the hydraulic lift cylinder for oil weeping around the top wiper seal, score marks along the chrome ram, and pressure drops when holding a rated load aloft. Evaluate the drive wheel tread for flat spots, cracking, or poly separation that cause poor braking on smooth concrete. Review the electrical harness running through the control tiller handle, verifying that forward, reverse, belly-button safety reverse, and proportional fork lift and lower switches respond cleanly. Verify battery cell voltages under load, checking for sulfated terminals or bulging casings.
The stacker selection includes battery-operated walk-behind reach units built by Linde. These machines feature electric traction drive and powered lift hydraulics controlled directly from the ergonomic tiller head, alongside extendable high-reach mast assemblies that maneuver well in narrow warehouse corridors. Equipment can be inspected at the Nashik yard before purchase.
Available Now
Used Stackers delivered across India
Used and second hand stackers from our Nashik yard are running on shop floors in Pune, Mumbai, Nashik, Kolhapur, Aurangabad, Bengaluru, Hosur, Chennai, Coimbatore, Delhi NCR, Faridabad, Ludhiana, Rajkot and Ahmedabad. We ship anywhere in India and export worldwide.
Frequently Asked Questions
What is the mechanical advantage of a walk-behind reach stacker over a standard straddle stacker?
A reach stacker incorporates a pantograph mechanism or moving mast that pushes the fork carriage forward into racking. This allows the truck to pick or deposit pallets where bottom rack beams or closed pallet boards prevent fixed outrigger legs from driving forward around the load.
How does mast collapsed height affect stacker movement across factory floor doorways?
Collapsed mast height represents the total vertical clearance needed when forks are fully lowered. Warehouses with low mezzanine entries or internal roller shutters require multi-stage full free-lift masts so forks can elevate inside low-headroom spaces before the mast sections telescope upward.
What checks are critical when assessing the AC drive motor and tiller head on an electric stacker?
Test the emergency belly-button reversing switch on the tiller head to ensure immediate travel cutoff and bounce-back. Listen for abnormal bearing whine or commutator chatter from the AC drive motor while checking that regenerative braking engages smoothly as the control butterfly throttle returns to neutral.
Why is wheel compound choice important for battery-powered warehouse stackers?
Polyurethane load rollers and drive wheels perform best on level, epoxy-coated or smooth concrete floors, providing high wear resistance without marking. If operated on rough yard tarmac, poly wheels chip and cause chassis vibration, which damages sensitive mast sensors and onboard electronics.