Combining vertical scissor elevation with 90-degree electromechanical tilting, the Gradin 5000 kg all-electric station eliminates hydraulic fluid leaks and downward creep drift across cleanroom assembly and EV battery automation cells.
Rated Payload Capacity: 5000 kg / 11,000 lbs Safe Working Load (125% static proof-load tested to 6250 kg)
Chassis Floor Footprint: 3200 × 2200 × 1800 mm (L × W × H, surface-anchored structural base)
Dual-Axis Motion Profile: 1200 mm scissor stroke; 0° to 90° angular tilt in 45 seconds
Usable Work Deck: 3000 × 2000 mm heavy ribbed structural steel plate with fixture mountings
| Technical Parameter | Engineering Specification / Design Standard |
| Equipment Designation | Electric Cylinder Lift And Tilt Table |
| Drive Technology | 100% all-electric servo linear actuator drive (zero hydraulic oil) |
| Rated Load Capacity | 5000 kg / 11,000 lbs Safe Working Load (125% proof load tested to 6250 kg) |
| Platform Work Deck | 3000 mm L × 2000 mm W heavy ribbed structural steel plate |
| Vertical Lift Travel | 1200 mm scissor elevation stroke (continuous mechanical position holding) |
| Angular Tilt Range | 0° to 90° stepless electromechanical rotation |
| Linear Travel Velocity | 15 to 30 mm/s programmable closed-loop elevation rate |
| Angular Turnover Speed | 0° to 90° turnover in 45 seconds (
3 s) |
| Structural Steel Grade | ASTM A572 Grade 50 scissor linkages and structural chassis |
| Material Traceability | Certified mill test reports supplied per EN 10204 Type 3.1 |
| Linear Actuator Specs | Heavy-duty planetary roller screw servo electric cylinder (100 kN thrust) |
| Tilt Cradle Mechanism | 90-degree electromechanical tilt cradle with dual A-frame uprights |
| Main Pivot Assemblies | 40Cr alloy steel induction-hardened trunnions with composite bushings |
| Position Accuracy |
0.05 mm linear elevation, 0.1 degree tilt repeatability |
| Braking Safeguards | Spring-applied fail-safe electromechanical holding brakes on all motors |
| Motion Controller Unit | Industrial PLC with closed-loop servo positioning control modules |
| Governing Design Code | ASME B20.1:2021 safety requirements for industrial lifting tables |
Robotic submerged arc welding and CNC line-boring fabricate ASTM A572 Grade 50 structural steel into rigid dual-scissor pantographs. The box-profile linkages withstand heavy lateral moment forces during simultaneous lifting and angular rotation. Four bottom pivot shoes anchor into floor base beams, distributing combined dynamic turning loads into plant foundation slabs. Mill test certificates supplied per EN 10204 Type 3.1 confirm plate yield strength above 345 MPa.
High-capacity planetary roller screws convert servomotor torque into 100 kN of linear thrust without hydraulic fluid circuits. Precision-ground screw raceways and preloaded thrust bearings hold linear positioning accuracy within 0.05 mm across the 1200 mm vertical stroke. The sealed electromechanical cylinder contains zero fluid reservoirs, preventing oil vapor or fluid spray contamination inside electronics and cleanroom assembly bays.
Twin vertical A-frame structural towers house CNC-milled guide channels to stabilize the tilt cradle through 90 degrees of rotation. Heavy 40Cr alloy steel trunnion shafts (quenched and tempered to HRC 45–50) pivot the upper frame from flat horizontal orientation to 90 degrees vertical. Internal mechanical hard stops seat the cradle at terminal travel bounds, isolating the servo drive train from shock loads during workpiece transfer.
Multi-turn absolute encoders feedback shaft position data to an industrial motion controller, governing elevation and tilt velocity profiles. The servo architecture synchronizes lift height with cradle tilt angles, executing smooth motion curves without jerking fragile sub-assemblies. Spring-applied fail-safe motor brakes engage upon power interruption to hold both axes stationary, satisfying ASME B20.1:2021 industrial lift safety requirements.
Automotive battery plants deploy this all-electric lift and tilt table to position 5000 kg battery enclosures beneath automated gantry adhesive dispensers. Tilting the pack to 45 degrees allows inspection cameras and robotic nozzles to apply gap filler along thermal plate channels without hydraulic mist risking cell bond failure. The machine sustains off-center battery pack loads up to 25% of deck breadth, anchoring to 25 MPa concrete floors across workshop temperatures of +5°C to +40°C.
Cleanroom aerospace integration suites mount sensitive satellite equipment racks and avionics chassis onto the 3000 × 2000 mm deck. The electromechanical servo drive rotates wire harnesses and sensor bays across 90 degrees without hydraulic valve chatter or fluid drips, preserving cleanroom standards. Floor baseplates secure to level shop slabs using pre-tensioned anchor studs, engineered to run inside climate-controlled clean bays between +10°C and +35°C.
For this heavy-duty series, we can engineer load capacities up to [300] tons, with platform dimensions and lifting heights customized to your operational envelope. Requirements exceeding our standard engineering matrix will undergo a Finite Element Analysis (FEA) by our engineering team to ensure structural viability before proposing a solution.
To initiate the engineering proposal, please provide the following baseline data:
Rated Load Capacity
Maximum Lifting Height & Closed Height
Platform Dimensions (L x W)
Duty Cycle (e.g., operational cycles per hour/day)
Environmental Conditions (e.g., indoor/outdoor, washdown, explosion-proof)
Pit depth or overhead clearance constraints
Yes. The control systems can be equipped with standard communication protocols (e.g., Profinet, Modbus, Ethernet/IP) utilizing [Siemens / Allen-Bradley / Omron] PLCs. This ensures seamless I/O signal synchronization with upstream/downstream conveyors, AGV/AMR units, and your central control room.
Every custom unit undergoes a mandatory Factory Acceptance Test (FAT) prior to dispatch. This includes continuous operational testing at 100% rated load, static overload testing at [120% / 125%] capacity, and the physical triggering of all mechanical anti-fall and hydraulic safety interlocks. FAT documentation and video proof are included in your engineering package.
Upon final approval of the General Arrangement (GA) drawings, the manufacturing lead time is typically 4 to 8 weeks. Oversized structural components are engineered with a modular design to fit into standard shipping containers (20FT/40HQ). On-site assembly utilizes pre-engineered bolted flange connections and heavy-duty aviation plugs, strictly eliminating the need for field welding.
We provide a standard [12/24]-month warranty covering the structural frame and primary hydraulic/electrical components. To minimize operational downtime, a comprehensive set of standard consumables (e.g., cylinder seal kits, travel switches, relays) is shipped alongside your equipment. During the warranty period, replacement parts for non-human-induced failures are dispatched via priority air freight (DHL/FedEx) within 48 hours.
Beyond the warranty, we guarantee lifetime engineering support. Your custom equipment's CAD drawings, electrical schematics, and BOM (Bill of Materials) are permanently archived in our system. This ensures you receive uninterrupted remote troubleshooting, maintenance guidance, and exact spare parts matching for the entire lifecycle of the equipment.
Gradin Machinery is a leading manufacturer specializing in aerial work platforms and hydraulic lifting solutions. With ISO & CE certifications, we provide safe, reliable, and customized equipment for global industrial needs
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