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Pallet Dispenser Selection Guide

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Pallet Dispenser Comparison: Floor-Level vs. Conveyor-Fed Dispensing

Choosing the right pallet dispenser is key to improving efficiency, safety, and reliability in your material handling operations. This Pallet Dispenser Selection Guide is designed to help you compare features, understand the different mechanisms, and identify the best solution based on your application, pallet type, and workflow needs. Whether you're automating pallet stacking, dispensing, or both—this guide will point you in the right direction.

 

Type 

 

Mechanism 

Use Type 

 

Function (Stack / Dispense) 

Key Features 

 

 

Carriage Lift/Lower Pins 

 

Pins insert into pallet notches; powered by hydraulic or electric actuators 

Floor-Level or Conveyor-Fed 

 

Both 

Fast, automated, precise 

 

 

Squeeze with Spring Assist 

 

Side arms clamp pallet stack; release bottom pallet 

Floor-Level Only 

 

Dispense 

Adjusts to pallet condition and sizing 

 

 

Scissor Lift & Catch 

 

Stack rests on lift; catches release one at a time 

Conveyor-Fed Only 

 

Dispense 

Under-stack lifting and catching sequence 

 

 

Fork Style (Mast) 

 

Mast with forks indexes under and lifts stack 

Floor-Level or Conveyor-Fed 

 

Both 

Pick up pallets from the end, will hand two-way pallets or inconsistent stack heights 

 

 

Gravity Cam Mechanism 

 

Stack held by cam; pallet jack lifts and releases one at a time 

Floor-Level Only 

 

Dispense 

No power needed; triggered by pallet jack motion 

 

 

Rotary Screw 

 

Rotating screw lifts stack by

gripping into sides 

Floor-Level or Conveyor-Fed 

 

Dispense 

Programmable, less moving parts, no hydraulics 

 

 

 

ShapeKey: 

  • =  Floor Level Suitable 

 

  • = Not Suitable


 
Pros
Carriage Lift with Pins Pallet Dispenser - High-speed, accurate stack control 
Squeeze / Spring Assist Pallet Dispenser - Robust, great with mixed or damaged pallets 
Scissor Lift / Catch Pallet Dispenser - Reliable in conveyor systems 
Fork Style / Mast Pallet Dispenser - High flexibility in pallet entry types 
Gravity Cam Pallet Dispenser - Simple, low voltage, works with walkie jacks
Rotary Screw Pallet Dispenser - Good for automated indexing 
 

 
Watchouts / Cons 
Carriage Lift with Pins Pallet Dispenser - Requires consistent pallet type (block/plastic)
Squeeze / Spring Assist Pallet Dispenser - May stress pallet sides under heavy pressure
Scissor Lift / Catch Pallet Dispenser - Cannot be used directly on floor; lift mechanism underneath
Fork Style / Mast Pallet Dispenser - Large footprint; slower than other styles
Gravity Cam Pallet Dispenser - Manual use only; slower operation
Rotary Screw Pallet Dispenser - Can damage pallet sides, not ideal for fragile pallets  
 

 
Best Use by Pallet Dispenser Type
  • Carriage Lift with Pins Pallet Dispenser
    Ideal for packaging lines using consistent, good-quality block or stringer pallets.
    (Models: LDD-STK-1400-10/20 and EPD-1400)
  • Squeeze / Spring Assist Pallet Dispenser
    Best suited for high-speed, floor-level dispensing in environments where pallet variation is common.
    (Models: PD-4500 and PD-9000)
  • Scissor Lift / Catch Pallet Dispenser
    Designed for inline conveyor systems with uniform pallets and automated flow.
    (Models: PD/50-57 and PD/50-57-A)
  • Fork Style / Mast Pallet Dispenser
    Handles variable pallet designs and dimensions, including wing pallets or two-way fork entry styles.
    (Model: PDFSC-15B/STR)
  • Gravity Cam Pallet Dispenser
    A light-duty manual system ideal for basic applications using power pallet jacks.
  • Rotary Screw Pallet Dispenser
    Perfect for work cell automation that requires uniform, high-strength pallets.

 


 
Design Tips 
  1. Match dispenser type to floor vs. conveyor-fed needs. 
    If your application uses pallet jacks or manual loading, avoid conveyor-only styles like Scissor Lift & Catch. Floor-level systems provide better accessibility for operators.
  2. Start with good pallet quality. Many jams result from stringer pallets with broken boards, warped stacks, or non-square orientations. Always inspect and sort stacks prior to loading to avoid downtime. 
  3. Plan for jams and recovery. 
    All pallet dispensing systems are vulnerable and will eventually jam—whether due to pallet damage, misalignment, or vibration. Choose systems that offer easy homing, on-screen fault codes, jam detection alerts, and remote diagnostics for fast, safe recovery. 
  4. Consider origin and design intent. 
    Not all pallet dispensers are built with U.S. operations in mind. Many European-designed units are engineered for consistent pallet types and intermittent use—not the variability and high-throughput demands common in North American facilities. Confirm the system can handle stringer pallets, mixed grades, and continuous-duty cycles before purchase. 
  5. Involve EHS early in the process. 
    While dispensers reduce manual pallet handling, they may introduce new risks such as pinch points, reach hazards, or limited access during faults. Involve your EHS (Environment, Health & Safety) team early to ensure the system includes proper safety devices such as light curtains, interlocks, and guarding to keep operators safe during use and maintenance. 
  6. Straighten pallets prior to use. Using a pallet wedge or pallet tunnel to square stacks before loading, ensures safer handling, smoother automation, and more consistent equipment performance. Properly aligned pallets reduce the risk of jams, sensor errors, and mechanical issues, helping to maintain operational efficiency and minimize downtime.