Scissor lift platforms are widely used in warehousing and logistics, production lines, vehicle loading and unloading, mezzanine connections, and other industrial scenarios. Due to the varying installation environments and operational requirements, standard specifications often fail to meet most customers’ real working conditions — making customization the norm.
Key reasons why customization is necessary:
1. Different installation environments
Some customers require pit-mounted installation, while others can only do surface-mounted setups.
Certain sites may have obstacles, slopes, or uneven floors, which require customized structural adaptations.
2. Varying platform sizes
The size of equipment or goods being lifted differs from case to case.
Some need a compact 1×1 meter platform, while others require large 3×6 meter heavy-duty tables.
3. Different lifting heights
Some applications only need to raise goods by 1 meter, while others require 4 meters or more, even spanning multiple floors.
Some users also require intermediate stop levels for multi-point access.
Tailored Solutions for Every Application
4. Different load capacities
Some customers lift light materials (around 300kg),
While others need to handle cars, molds, or large machinery (3T, 5T, even 10T and above).
5. Varied functional requirements
Need for mobility (with wheels)
Need for guardrails, rollers, safety flaps, explosion-proof controls, or auto-door linkage
Features like synchronized control, remote operation, or limit protection.
6. Strong industry-specific demands
Scenarios such as automotive showrooms, livestock farms, machine workshops, or e-commerce warehouses all have unique logic.
Some prioritize aesthetic design, others need corrosion resistance or explosion protection.
In short, scissor lift platforms are not one-size-fits-all. Every industry, site condition, and operational goal brings unique challenges that require tailored solutions. By customizing the size, height, structure, load capacity, and functional features, you ensure not only better performance — but also greater safety, efficiency, and long-term value.
