Heavy-duty four-post parking lift
E-mail: sale@gidrolast.com
International sales team
Technical specifications
| Maximum load capacity:12000 kg; |
| Lifting height:6000 mm; |
| Platform length:4600 mm; |
| Power supply:220 V or 380 V; |
| Minimum lowered height:200 mm; |
| Noise level:65 dB; |
| Motor power:3 kW. |
Product details
- A. Wall-mounted control panel with wired remote control.
- B. Anti-slip chequer plate platform surface.
- C. Four-point mechanical safety locking system.
- D. Reinforced heavy-duty lifting platform.
- E. Platform safety guardrails.
- F. Hydraulic power unit.
- Heavy-duty design for large vehicles and light trucks.
- CE-approved construction.
- Four-point mechanical safety locking system.
- Reinforced platform structure./li>
- Smooth, quiet, and reliable operation.
- Space-saving parking solution for restricted areas.
- Suitable for intensive daily use.
- Low maintenance requirements.
Why choose our company?
Quote solutions
For a detailed quotation, customers may submit an inquiry, technical specification, engineering drawing, or layout using any convenient communication method.
Since all Gidrolast products are designed and manufactured according to individual customer requirements, modifications to dimensions, capacities, or operating parameters generally do not result in significant additional costs associated with custom engineering. This flexible approach allows every lifting solution to be optimized for its specific application while maintaining cost efficiency and maximum performance.
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Quote solutions
For a detailed quotation, customers may submit an inquiry, technical specification, engineering drawing, or layout using any convenient communication method.
Since all Gidrolast products are designed and manufactured according to individual customer requirements, modifications to dimensions, capacities, or operating parameters generally do not result in significant additional costs associated with custom engineering. This flexible approach allows every lifting solution to be optimized for its specific application while maintaining cost efficiency and maximum performance.
