How to choose the correct lifting solution

About the Role

A lifting solution is not just a "device that lifts", but part of the work process. A correctly chosen lifting solution can speed up work phases, reduce unnecessary movements, and smooth out the production rhythm. The wrong choice, however, can slow down the work process with slow gripping and positioning phases, and increased interruptions.

When the load, grip, and work area align with the strengths of the correct lifting solution type, work proceeds with less adjustment, reducing the burden on personnel. Ergonomics and safety go hand in hand with productivity. In repetitive work, even small compromises—such as uncertain grip, awkward control, or inadequate positioning—increase manual handling and risky work postures. A suitable lifter helps keep the load under control, reduces physical strain, and makes lifting predictable even in varying situations.

Key Considerations for Selection

The choice of lifter type directly affects workflow efficiency, safety, and costs. When the lifter suits the load and work phase, lifting occurs in a controlled and consistent manner, reducing "minor adjustments" that slow work and increase risks, especially under time pressure.

Work safety and load reduction are particularly evident in repetitive tasks. The right lifter minimizes manual handling, reaching, and twisting movements. When the load is controlled and operation is natural, working postures improve, and errors (e.g., swaying loads or slips) decrease. Work speed and repeatability often provide a "hidden benefit" that justifies the investment.

The fastest solution isn’t necessarily the largest or most powerful but the one that simplifies gripping, lifting, and positioning. Consistent, repeatable movements improve quality and ease training. Investment vs. lifecycle cost should be evaluated holistically—purchase price is only part of the equation. Maintenance, energy use (electricity or compressed air), wear parts, and downtime all impact annual costs. For example, a solution that saves minutes per cycle often pays for itself faster than a cheaper alternative that slows work or requires more upkeep.

Premises and installation can significantly limit options. Ceiling height and floor space affect feasibility. If workstations change frequently, fixed installations may not be ideal, whereas rail solutions can be highly efficient for repetitive movements over the same routes.

Pre-Comparison Checklist

Before comparing lifting solutions, gather the following data to ensure the solution works in practice, not just on paper:

• Load weight (min–max) and variation: Is it consistent (e.g., always 20 kg) or highly variable (e.g., 5–60 kg)? Variation affects lifter choice, gripper type, and material handling.
• Gripping surface: Is it tight or porous, even or uneven, hot, oily, or dusty? This determines whether vacuum or mechanical gripping is suitable.
• Number of lifts: Are there a few lifts per day or dozens per hour? Repetitive work prioritizes ergonomics and ease of use, while occasional lifts emphasize flexibility and quick deployment.
• Precision requirements: Is rotation, tilting, or millimeter-accurate positioning needed? Simple "up-down" may not suffice for tasks like placing objects on jigs or machines.
• Work area: Consider reach, lifting/transfer distance, and ceiling height. For mobile solutions, account for traffic routes, doorways, thresholds, and floor conditions.

With this information, you can match the lifting solution to your needs—ensuring it handles gripping, positioning, and spatial constraints without making the workstation impractical.

Lifting Solutions Overview

• Vacuum tube lifter
  • Best for fast, repetitive work: packing, picking, palletizing, loading.
  • Ideal for loads with vacuum-compatible surfaces (e.g., boxes, sheets, sacks).
  • Achieves greater suction force for porous loads.
• Pneumatic lifter
  • Suited for workstations requiring speed and agility.
  • Useful when objects need precise positioning (e.g., glass).
  • Energy-efficient and quiet.
• Electric chain hoist
  • General solution for versatile lifting: production, warehouse, maintenance.
  • Preferred when precision and speed are required.
• Electric wire rope hoist
  • Ideal for hall and process environments with regular, larger loads.
  • Allows direct control from the object.
  • Combines precision and speed.
• Manipulator
  • Designed for lifting requiring eccentric force.
  • Best for assembly and manufacturing where position and precision are critical (e.g., jigs, machines, production lines).
  • Provides maximum control and ergonomics for difficult objects.
• Lifting trolley
  • Mobile solution for multiple workstations, maintenance, small batches, or changing tasks.
  • Useful when fixed installation is impractical or undesirable.
  • Effective "general tool" for short transfers and on-demand lifting.