Production-line transfer
Raise materials between conveyor, assembly or ergonomic working levels.
- 818-758-4076
- office@legit.com
- 3146 Koontz Lane, California
Stationary Scissor Lift Table galleryA fixed hydraulic lifting platform configured for production lines, loading areas, mezzanines and level compensation at a defined work position.
Choose a stationary scissor lift table when goods, pallets or equipment move vertically at one repeatable work area and the platform can remain permanently installed.
Raise materials between conveyor, assembly or ergonomic working levels.
Move goods between a warehouse floor and a defined upper landing.
Bridge controlled height differences at loading, packing or material-transfer stations.
The lift serves one fixed position, the load and travel are known, and the site can provide a suitable floor or pit interface.
For enclosed multi-floor goods transfer, use a guide rail cargo lift. For temporary personnel access, select an aerial work platform.
Stationary lift tables are engineered by application. Capacity alone is not enough to determine platform, structure or installation.
| Design item | Information required | Standard direction | Project decision | Why it matters | Output |
|---|---|---|---|---|---|
| Rated load Reference | Goods + handling equipment | Custom capacity | Engineering review | Defines scissor and cylinder selection | Load basis |
| Platform | Load dimensions + access | Custom L × W | Confirm by drawing | Defines usable deck and structure | GA drawing |
| Travel | Lower and upper levels | Custom stroke | Site measured | Defines scissor geometry | Travel data |
| Installation | Pit or floor mount | Both available | Site-specific | Defines closed-height interface | Pit / base detail |
| Power & control | Voltage + operator positions | Hydraulic power unit | Order selection | Defines electrical package | Control schedule |
Include load distribution and point loads, not only the total weight, before final selection.
Send project details →Platform dimensions, scissor geometry, hydraulics and the floor interface are coordinated around the complete operating sequence.
The deck and supporting frame are sized around total load, distribution and access direction.
Pinned scissor arms guide vertical movement while transferring load into the base frame.
Cylinders, hoses and power unit are selected for the required capacity, travel and duty.
The frame is coordinated with a prepared pit or floor-mounted support arrangement.
Gates, bridge plates, rollers or process interfaces are added where the application requires them.
Protective measures depend on whether people enter the deck, how goods are loaded and what hazards exist around the moving platform.
Accessible stop controls interrupt powered movement when required.
A mechanical prop or locking provision protects authorised work beneath a raised platform.
Guardrails, gates or site barriers are configured around exposed edges and openings.
Limit positions control the intended lower and upper stopping points.
The circuit supports controlled descent and application-specific hose-failure protection.
Bellows, mesh, toe bars or exclusion guarding can be specified around moving areas.
Capacity, deck size, travel, closed height and access protection must be selected together—not as separate catalogue options.
Send project requirements →The platform, scissor stack, hydraulics and installation interface are reviewed in one drawing before production.
Load, height, site and operating conditions are checked.
Dimensions, structure, controls and interfaces are documented.
Fabrication and functional checks follow the confirmed scope.
Shipping preparation and technical documents are arranged.
Include the goods, pallets, trolleys or handling equipment that will be on the platform at the heaviest condition, plus load distribution and point loads.
It can be configured for pit installation or floor mounting. The selected arrangement affects closed height, access ramps and civil work.
Yes. Capacity, platform dimensions, travel, closed height, access direction and controls are configured to the application.
Only when the equipment is specifically designed, protected and approved for that intended use. A standard material lift should not be assumed suitable for passengers.
Provide floor levels, available machine area, pit or slab details, access route, loading direction, power supply and marked photos or drawings.
The final equipment should include the specified isolation procedure and mechanical maintenance support. Follow the supplied manual and site lockout rules.