Vertical conveyor engineering and manufacturing since 2004
Vertical conveyor engineering and manufacturing since 2004
01Fixed fork platformThe fork structure remains mounted on the lifting platform and supports stable product transfer during vertical movement.
02Multi-level transfer pointsMultiple floors can be connected with customized loading and unloading positions.
03Directional discharge optionsTransfer openings can be arranged at different directions, including 0°, 90° and 180° layouts.
04Compact vertical routingThe system uses limited floor space while providing multi-floor material movement.
Selection ruleChoose this family when compact installation, repeatable unit loads and fast multi-floor transfer must be coordinated within one production route.
High-speed vertical transferFor applications where short vertical cycle times are important.
Limited floor spaceA compact lifting structure reduces the footprint required around the transfer route.
Multi-floor productionOne lift can connect several production levels.
Repeated product transferSuitable for cartons, trays, totes, baskets and other repeatable unit loads.
Control focusEvery movement is released only after load position, destination readiness and protected-area status are confirmed.
01Station requestsA floor-level conveyor presents the load and confirms it is in pickup position.
02Platform receivesThe loading interface moves the product onto the fixed fork platform.
03Platform travelsThe load moves vertically while station interlocks prevent conflicting transfer.
04Platform dischargesThe product transfers from the platform to the target interface and the lift prepares for the next cycle.
Cycle boundaryEvaluate the complete material flow between floors, not one catalogue speed or payload figure.
Vertical travelLifting height and acceleration determine the main travel time.
Loading & unloadingTransfer time at each floor contributes to the complete cycle.
PositioningFast but stable stopping is required before product transfer.
Product weightProduct weight, load distribution and center of gravity affect the lifting structure and drive selection.
Required throughputThe number of transfers per hour determines the appropriate configuration.
Return cycleRepeated up/down movement must be considered when calculating actual throughput.
Lifting structureVertical frame and lifting mechanism provide the travel path.
Fixed fork platformThe fork remains mounted to the lifting platform throughout the cycle.
Transfer interfaceThe platform connects with conveyor or production-line interfaces at each level.
Safety enclosureGuarding, doors and sensors protect the vertical transfer zone.
Drive & controlMotor, drive and PLC coordinate lifting, stopping and transfer signals.
Level detectionPosition sensors define the required stopping points.
Project-specificThe final configuration is selected from product size, weight, route geometry, environment and controls.
Fork platform sizeCustomized according to product dimensions, up to 1000 × 1000 mm.
Load categoryLight, medium and heavy configurations are available according to product weight and cycle requirements, up to approximately 100 kg subject to product geometry and cycle requirements.
Vertical travelUp to 40 m customized. Documented projects currently include multi-floor applications up to 6 floors.
Transfer direction0°, 90° and 180° outlet configurations, with project-specific multi-direction layouts.
Material selectionCarbon steel structure or full stainless steel for food, pharmaceutical and cleanroom applications.
Protection packageSafety enclosure, doors and sensors customized according to site requirements.
System boundarySensors, PLC logic and adjacent equipment signals define whether the mechanical system can achieve the intended flow.
Station-ready verificationThe platform only enters a transfer sequence when the fixed station is correctly positioned and clear.
Load geometry checksPresence and alignment sensors prevent pickup of an unstable or misplaced load.
Multi-floor dispatchThe controller selects the next pickup and destination while avoiding conflicting station calls.
Required before approvalA safe system defines not only normal motion, but how it stops, retains load state and resumes after an interruption.
01PresentThe station places the load against the approved stop or sensing window.
02VerifyAlignment, presence and platform-clear conditions are confirmed.
03LoadThe transfer interface moves the product onto the fixed platform.
04UnloadThe target station receives the product from the platform.
05ReleaseThe platform leaves only after product transfer and interface clearance are confirmed.
Evidence ruleFigures below come from the supplied case documents. They are examples, not universal catalog limits.
Four distinct viewsEach image shows a different engineering layer: the full installation, load handoff, transfer route or working mechanism.
Engineering realityThe correct configuration depends on the product envelope, load condition, floor arrangement and usable landing space.
Oversized productsFork platform size must match product footprint and stability requirements.
Excessive weightHigher loads require reinforced structures and drive systems.
Unclear floor arrangementNumber of floors and transfer directions should be confirmed before engineering.
Insufficient landing spaceLoading and unloading areas must allow safe product transfer.
The fastest lift is not always the right liftIf the product requires complex loading, unstable positioning or very high loads, another vertical transfer architecture may be more appropriate.
100 kg does not mean every 100 kg load is suitableProduct dimensions, center of gravity and support condition also affect the design.
40 m does not mean every 40 m installation is identicalTravel height, number of levels, transfer direction and building structure affect the engineering package.
More transfer levels require coordinated interfaces.Each level needs appropriate landing space, guarding, positioning and control signals.
Avoid reworkA clear application boundary is the fastest route to a stable layout, accurate price and realistic delivery plan.
Cartons, totes, trays, baskets, containers and other repeatable unit loads can be handled when their dimensions, weight and support condition match the platform design. Configurations can be developed for loads up to approximately 100 kg.
Yes. A single fork type vertical lift can connect multiple production levels. While documented projects currently include applications up to 6 floors, the system can be customized for greater travel heights and multi-level layouts.
Yes. The fork type vertical lift is designed for applications where high-speed vertical transfer and limited floor space are important. The final footprint depends on product dimensions, platform size, transfer interfaces and site conditions.
Yes. The fixed fork platform can interface with conveyors, production lines and other handling equipment. Sensors and PLC signals can coordinate product transfer and lift operation.
Throughput depends on lifting height, vertical speed, loading and unloading time, positioning, product weight, transfer sequence and the required return cycle.
Decision pathThroughput, load weight, transfer geometry and floor space usually narrow the correct family quickly.
