Vertical Conveyor Systems Manufacturer for Industrial Production Lines
Move cartons, totes, bags, pallets and other products safely between floor levels without interrupting production.
X-YES designs and manufactures Continuous Vertical Conveyors, Reciprocating Vertical Conveyors, Fork Type Vertical Lifts and customized vertical conveyor systems for factories, warehouses and automation system integrators worldwide.
Trusted Manufacturing Capability
8,000m²+
2
200+
Vertical Conveyor Units Produced Each Year
22+ years
Serving manufacturers and system integrators in 40+ countries with CE & ISO certified vertical conveyor systems.
From one lifting unit to an integrated material-handling route.
Move Products Between Floors Without Slowing Production
Every factory has different layouts, product sizes and production capacities. X-YES engineers vertical conveyor systems around the actual workflow to improve throughput, reduce manual handling and use factory space more effectively.
Built and tested around your application.
Built for your line—not standard equipment.
Every production line is different. We engineer vertical conveyor systems around your layout, product flow and automation requirements—so the equipment works as part of the entire production process, not as a standalone machine.
Designed Around Your Production Layout
Instead of forcing standard equipment into your factory, we engineer the conveyor around your available space, throughput and transfer requirements.
Tested Before It Reaches Your Factory
Every conveyor is assembled and tested before shipment to reduce installation time and commissioning risks.
Ready to Connect with Your Automation System
Mechanical interfaces, PLC signals, sensors and AGV communication are confirmed before manufacturing begins.
Support beyond shipment
Installation guidance, documentation, commissioning support and technical assistance continue until your system is operating successfully.
Five Vertical Conveyor Solutions for Different Applications
Different products and production lines require different vertical conveying methods. Choose the right solution based on product type, load capacity, transfer frequency, floor layout and automation requirements.
Designed for continuous vertical transport of cartons, totes, trays and bags between multiple floor levels where high-throughput production lines and uninterrupted product flow are required.
Designed for point-to-point lifting between multiple floor levels of pallets, carts, mattresses and other heavy or oversized products where high load capacity and flexible floor connections are required.
A compact vertical lifting solution for connecting multiple floor levels with fast transfer cycles and minimal installation footprint.
A space-efficient lifting solution for light-duty applications where installation space is limited and flexible routing is required.
Engineered for products, layouts and transfer requirements that cannot be solved with standard vertical conveyor solutions.
What Many Conveyor Projects Discover Too Late
A vertical conveyor may meet its catalog specifications and still fail to perform in a real production line. These are the issues we review before engineering begins.
Throughput is not the same as rated load.
Cycle time, accumulation, infeed spacing and discharge logic decide real line capacity.
Interfaces become expensive when confirmed late.
Transfer height, direction, conveyor level and control boundaries should be agreed before fabrication.
Unstable loads need more than a larger platform.
Bags, totes, cartons and irregular products need appropriate support, positioning and guarding.
A compact footprint can complicate maintenance.
Access doors, service clearances and safe intervention zones need to survive the final layout.
AGV and conveyor integration is a controls project too.
Signals, permissives, fault states and release logic must align across suppliers.
Shipment is not the end of the project.
Drawings, installation guidance, training and spare-parts support determine a smoother handover.
The machine changes with the application.
Every factory has different products, layouts and automation requirements. The lifting system should be designed around your production process—not selected from a standard catalog.
Load & throughput
System capacity is engineered around product weight, throughput targets, accumulation requirements and operating rhythm—not just maximum load.
Route & footprint
Lift height, floor connections, transfer direction and maintenance access are defined together to ensure the vertical route fits the overall production layout.
Transfer interface
Roller, chain, belt, fork, AGV or existing conveyor interfaces are confirmed before manufacturing to ensure smooth system integration.
Environment & controls
Control logic, PLC signals, sensors, guarding and environmental conditions are considered from the beginning—not added later.
Real Vertical Conveyor Solutions for Different Industries
Explore how different vertical conveyor systems are applied in real factories. Each project is designed around the product, production flow, floor layout and automation requirements—to solve different material handling challenges across real production lines.
Continuous vertical flow
Designed for continuous transport of cartons, totes and packaged products between production floors while maintaining stable product flow.
- Priority
- Stable, frequent transfer
- Interface
- Conveyor infeed and outfeed
Designed to integrate AGVs, conveyors and vertical transfer into one coordinated material handling system.
Connect multiple production floors with flexible infeed and outfeed directions while keeping a compact installation footprint.
Factory direct
From Engineering to Factory Testing—Managed by One Team
From layout review and engineering design to manufacturing, assembly and factory testing, every project is managed by one coordinated team to improve communication, quality and delivery efficiency.
- Dedicated facilities for vertical lifting equipment
- Mechanical and electrical engineering support
- Flexible customization for layouts and loads
- Functional testing before shipment
A specialist business shaped over two decades.
Manufacturing capacity grew alongside a deeper focus on vertical material movement. Each milestone added either more specialization, closer production control or broader project support.
Shanghai factory established
The company begins building conveying equipment for industrial material flow.
First vertical conveyor delivered
Early application experience starts shaping a dedicated product direction.
Vertical conveyor division becomes independent
Engineering and product development concentrate on vertical transfer.
Suzhou factory established
Dedicated design, assembly and project-delivery capability expands.
Guangzhou and Vietnam branches established
Regional communication becomes closer to domestic and Southeast Asian projects.
Henan factory established
A second production base supports growing manufacturing demand.
Documented quality and independently issued evidence.
Quality control follows the system from incoming components through fabrication, electrical testing, safety-function verification and complete-machine operation. Certification and patented engineering details provide additional evidence for project evaluation.
ISO 9001
CE
FAT
Patented design
Selected company certificates and utility-model patents. Open any document to review the high-resolution original.
From Inquiry to Delivery
Each step closes a different risk: application fit, interface clarity, build quality and site handover.
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01
Requirement analysis
Load, rate, height, route and site constraints.
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02
Solution concept
Equipment type, operating logic and initial layout.
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03
Engineering confirmation
Specifications, interfaces, controls and drawings.
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04
Manufacturing
Fabrication, assembly and electrical installation.
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05
Testing & inspection
Functions, safety logic and trial operation.
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06
Delivery & support
Shipment, installation guidance and handover.
Support continues after the machine ships.
A clear technical handover helps the equipment reach site with fewer unanswered questions. The confirmed project record continues into installation, documentation and ongoing technical communication.
Interface confirmation
Final layouts, transfer heights, controls and supplier boundaries remain visible before delivery.
Installation guidance
Drawings and technical communication support positioning, connection and commissioning.
Docs & training
Operating, maintenance and safety information gives the customer team a practical starting point.
Parts & troubleshooting
Technical communication continues when replacement parts or operating support are required.
Where is your project today?
I need an initial concept.
Share the product, target throughput and lift height. We will help identify the appropriate system family.
I already have a layout.
Send the drawing and mark the infeed, outfeed, transfer levels and surrounding equipment.
I need technical documents.
Request a product overview, preliminary specification or documentation list for internal evaluation.
Questions buyers usually ask first.
These answers establish the first technical boundary. The final system is confirmed against the actual application.
Product dimensions and weight, required throughput, lifting height, number of floors, transfer direction, available layout and the surrounding conveyor or AGV interfaces.
Continuous conveyors suit frequent, steady product flow. Reciprocating lifts suit point-to-point cycles, mixed routing and heavier or less frequent loads. Cycle calculations confirm the fit.
Yes. Mechanical transfer height, product handover, sensors, signal exchange, interlocks and fault states should be defined with all involved suppliers.
The structure, contact materials, enclosure, transfer method and cleaning access can be adapted after the real product and operating conditions are reviewed.
Mechanical assembly, electrical functions, safety devices, operating sequence and complete-machine trial operation are checked according to the confirmed project scope.
X-YES provides documentation, installation guidance, commissioning coordination, operator information, spare-parts support and technical troubleshooting.
Useful before supplier comparison begins.
Short decision guides built around the questions purchasing, engineering and system-integration teams need to align.
Continuous conveyor vs. reciprocating lift: which operating logic fits?
Compare throughput, load pattern, footprint and transfer sequence.
What to confirm before connecting a lift to AGVs or conveyors.
Mechanical handover, signals, interlocks, fault recovery and ownership boundaries.
The application data that makes a vertical lifter quote more accurate.
A practical list for load, rate, route, environment and site interfaces.
Need something your project team can circulate internally?
A useful first reply starts with six details.
Send what you already know. A marked-up layout or a short video of the transfer area is also helpful.