Propellentibus Type Pallet nummulariorum - Machina stipare impellendo Methodo

A typical transfer cycle runs in five steps:

1. positioning: The loaded pallet is placed in the machine — on its own, or fed in from a conveyor when the unit is integrated into a transfer line.
2. Gratia diei et noctis: The load and the receiving pallet are aligned so the push face meets the load squarely and the new pallet sits exactly where the load will land.
3. Horizontal transfer: A hydraulic-cylinder-driven push face transfers the load horizontally from the original pallet onto the receiving pallet (stroke speed and profile confirmed per project). The load is not lifted, rotated, or tilted at any point.
4. Landing on the new pallet: The load slides fully onto the receiving pallet and settles in place.
5. Retraction and release: The push face retracts; the old pallet is removed and the re-palletized load exits — manually, or onward along the line.

See the mechanism in action: Watch the push-type pallet changer video — swapping pallets without tilting or clamping.

The machine can be used standalone as an independent unit, or integrated into a conveyor or transfer line for continuous flow. Drive is a hydraulic-cylinder system with durable valve sets, designed to avoid oil-circuit leakage problems; detailed configuration is confirmed per project.

This page carries no numeric ratings. All load, dimension, and force values are confirmed per project.

• De transitu modum: Horizontal pushing (load moved sideways onto a receiving pallet)
• Rotation / tilt / clamp: None (never rotated, flipped, tilted, or clamped)
• Actus: Hydraulic-cylinder push system with durable valve sets (representative; per project)
• modus: Standalone unit or integrated into a conveyor / transfer line (per project)
• Load / pallet size: Per proiectum
• Pushing force: Per proiectum
• Line interface: Per project (conveyor height, sequencing, communication)

• Load and dimensions are per project. No rated figures are published; your load mass, pallet sizes, and pushing force are confirmed per project.
• Bottom-surface condition must be verified. Slip sheets, box-bottom friction, and differences in pallet height between the old and new bases can affect the horizontal transfer; these are assessed per project to prevent hang-ups.
• The load must be regular and unitized. Loose stacks, overhanging goods, and fragile containers are not suitable for direct pushing; confirm containment before ordering.
• Line integration needs engineering confirmation. Conveyor height, transfer sequencing, and control communication are matched to your line per project.
• Special operating conditions. Cooling, cleanroom, and anti-static requirements are evaluated per project against your environment.
• Selection precedence. If the load can be inverted, a 180° inverter fits; if it can be tilted and clamped, use the 95° or V-shape families. If it can neither be inverted nor tilted nor clamped, contact us to discuss the handling method.

• Follow the scheduled hydraulic maintenance protocols; routinely inspect the valve sets and cylinder seals to maintain circuit integrity, as detailed in the project operating manual.
• Keep the transfer zone clear. Operators and other staff stay outside the push area during the horizontal stroke.
• Align the load and receiving pallet before transfer to keep the load tracking flat and straight.
• Isolate and lock out the power source before servicing the hydraulic or control systems.
• Confirm the load is contained and stable before each push; stop the cycle if the stack shows signs of shifting.

1. Goods dimensions: L × W × H, with and without the pallet.
2. Gross weight including the pallet.
3. Modum loading: pallet truck or forklift, and available aisle width.
4. Photos of the loaded pallet.
5. Special restrictions: whether the load can be inverted, tilted, clamped, or pushed; fragile goods; frozen, cleanroom, or anti-static requirements.
6. Fontis potentiae situs: voltage / frequency, and floor conditions.
7. Pallet specifications for both the old and new bases: material, bottom-board configuration, and height variance.

How is this different from a 180° inverter, 95° exchanger, or V-shape changer?
A 180° inverter flips the load upside down; a 95° or V-shape exchanger tilts the load to change the base. The pushing type does none of these — it moves the load horizontally onto the new pallet, keeping it flat at all times.

Why does the pushing method avoid clamping forces?
Because the load is transferred by sliding horizontally onto the adjacent receiving pallet, the machine does not grip or squeeze the sides of the load. This prevents crushing damage to pressure-sensitive goods.

What load and pallet size can it handle?
No rated figures are published on this page. Load mass, pallet sizes, and the required pushing force are confirmed per project against your actual load.

Can the pushing type be linked with automated warehouse systems?
Yes. It can operate as an independent standalone station or be integrated into an automated transfer line. Conveyor heights and line communication interfaces are confirmed per project.

Can loose or fragile goods be pushed?
No — direct horizontal pushing assumes a regular, unitized load that stays together. Loose, overhanging, or fragile stacks are not suitable; discuss the containment and transfer method with us first.

Quid praestat?
The standard warranty is 1 year; extended terms apply only to selected models during promotional periods. The warranty for your order is confirmed per contract.