Vertical conveyor engineering and manufacturing since 2004
Vertical conveyor engineering and manufacturing since 2004
Small footprintlayout
Quiet optionbelt drive
200–1,000 kgdocumented project range
01Compact structural pathThe column can reduce shaft width but still needs service, guarding and landing clearance.
02Controlled unit loadBoxes, totes and supported materials need a defined position on the platform.
03Point-to-point motionThe carriage cycles between selected levels rather than circulating several carriers.
04Drive matched to dutyQuiet belt and heavier chain configurations solve different operating problems.
Selection ruleChoose this family for a compact route carrying controlled unit loads. Heavier pallets or large platforms normally point toward a reciprocating conveyor instead.
Limited floor spaceA narrow column structure keeps the vertical connection compact.
Boxes and totesSuitable for regular unit loads transferred by roller, belt or chain surfaces.
Noise-sensitive areasSynchronous-belt configurations can support quieter, smoother movement.
Simple level connectionA focused point-to-point route can avoid the complexity of a larger lift platform.
Control focusEvery movement is released only after load position, destination readiness and protected-area status are confirmed.
01Load arrivesThe infeed conveyor positions the carton, tote or container at the platform.
02Platform acceptsSensors confirm the load is fully transferred and within the travel envelope.
03Column travelThe carriage moves along the column to the requested elevation.
04Load exitsThe destination conveyor receives the product before the next cycle starts.
Sizing boundaryCompare the complete operating cycle, not one catalogue speed or payload figure.
Platform transferRoller, belt or chain surfaces create different entry and exit times.
Travel and stopsElevation and the number of landings shape the motion profile.
Drive choiceBelt and chain arrangements differ in payload, noise and service requirements.
Load positionThe carriage should not move until the product is fully inside the travel envelope.
Destination clearanceThe receiving conveyor must remove the load before the next cycle.
Duty cycleFrequent operation affects drive, braking, guidance and maintenance planning.
Motion principleCarriage travels along a compact single-column structure
Typical loadsBoxes, totes, small materials and controlled unit loads
Platform optionsRoller, belt or chain transfer
Drive optionsSynchronous belt or engineered chain drive
Documented rated example200 kg project, configurable up to 1,000 kg
Primary advantageReduced floor-space requirement
Project-specificThe final configuration is selected from load behavior, route geometry, environment and controls.
Platform surfaceRoller, belt or chain according to the product base and adjacent line.
Drive selectionQuiet belt drive or chain drive according to payload and duty.
Transfer directionConfigured around the entry and discharge route.
Column placementPositioned to protect access, structure and the required service zone.
Load sensingPresence, alignment and clearance checks before movement.
GuardingLocal guarding or enclosure matched to the operating environment.
System boundarySensors, PLC logic and adjacent equipment signals define whether the mechanical system can achieve the intended flow.
Compact line handoffThe platform aligns with adjacent conveyors without forcing a wide lift shaft.
Quiet-area controlDrive ramps and motion profiles can be tuned for smooth starts and stops.
Simple route logicPoint-to-point control focuses on load presence, destination readiness and safe travel.
Required before approvalA safe system defines not only normal motion, but how it stops, retains load state and resumes after an interruption.
01PositionThe infeed presents the load at the platform transfer height.
02ConfirmPresence, alignment and clearance are checked.
03TravelThe carriage moves along the column with controlled acceleration.
04DischargeThe destination accepts the load after platform alignment.
05ResetThe route is confirmed clear before the next command.
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 realityA credible product definition includes what changes by project and what the mechanism cannot solve by itself.
Large pallet platformsA reciprocating or multi-column architecture may provide a more appropriate load path.
High lateral transfer forcesPlatform and column loading must be checked for the selected interface.
Undefined payload rangeRated capacity depends on platform size, travel, duty and structure—not one headline figure.
No service envelopeA compact machine still needs safe access to drive, guides, cables and sensors.
Mixed unstable productsGuides or product-specific carriers may be required.
Four-column 90-degree transferThat is a separate engineered configuration, not a standard single-column option.
Single column means light duty only.Documented projects include heavier configurations, but each payload must be engineered.
The 1,000 kg figure applies to every layout.It is a configuration range reference, not a universal guarantee.
Belt drive is always the best quiet option.Payload, travel and duty must be checked before the drive is selected.
Compact means no guarding is needed.The travel path and transfer zones still require a site-specific safety design.
Avoid reworkA clear application boundary is the fastest route to a stable layout, accurate price and realistic delivery plan.
It is a strong starting point when the load is controlled, the route is compact and available floor space is limited.
A documented X-YES project family is configurable up to 1,000 kg, but payload must be verified with platform size, travel and duty cycle.
Yes. Synchronous-belt arrangements are available for applications prioritizing smooth, lower-noise operation.
Roller, belt and chain interfaces can be engineered according to the product and adjacent equipment.
No. Four-column and 90-degree transfer arrangements are separate engineered configurations and should not be treated as a standard single-column lift.
Provide the available footprint, floor elevations, product size and weight, route direction and surrounding conveyor heights.
Decision pathThroughput, load weight, transfer geometry and floor space usually narrow the correct family quickly.
