WOODWORKING MATERIAL HANDLING
Plan loading, unloading, and stacking around your workpiece and production flow. Explore LINKYOU handling equipment for machine infeed, outfeed, and stack management, with configurations matched to material size, weight, surface condition, and line layout.
Automate loading and stacking toimprove line throughput and reduce production bottlenecks
Minimize manual handling, lowelabor intensity, and improveworkplace safety.
Compatible with sanding, cutting.drilling, and woodworking equipment and lines.
Engineered for continuous operationwith high stability and long-term performance.
A loader supplies workpieces to a machine or conveyor. An unloader receives them after processing, while a stacker arranges them into a defined stack. The equipment and sequence depend on the handling task; no single unit is assumed to perform every function.
Feed the workpieces from the stack or feed station to the next process.
Receive processed workpieces and move them to the next defined position.
Arrange outgoing workpieces according to the required stack or collection pattern.
Browse the equipment below to find a starting point for your handling task. Open the product details or share your workpiece and layout requirements to review the appropriate configuration
KRC801 / KRC810
A single-arm unit for transferring suitable panels between a supply position, conveyor, and designated loading or stacking point. Review vacuum contact, transfer direction, and working height against your panel and line requirements.
KSR702
Explore a stacking unit for organizing workpieces at the collection stage of a woodworking process. Confirm the incoming presentation, support arrangement, stack format and connection to the upstream equipment
LSC58-3
Review a gantry-type handling solution designed to transport suitable workpieces between designated feeding, conveying, and stacking locations. Adjust the travel area, lifting configuration, and workstation layout according to project requirements.
Define what must move, where it starts, and where it needs to arrive. The functions below are project requirements to review, not a list of standard features included with every machine.
Review how workpieces are presented and whether they must be separated individually or handled as a confirmed layer.
Define the reference edge, presentation height, and orientation required by the receiving machine.
Specify the start and destination positions and any required change in direction.
Review how parts leave the process and what happens when the next station is unavailable.
Define the stack height, alignment, layer arrangement, and any required separators.
Turning a workpiece within its plane and turning it over to expose the opposite face are different tasks. Specify the required motion during layout review.
Send a workpiece photo, its size and weight, and the task you want to automate. You can start with the requirement even if you do not know the machine type.
Review material handling at the points where workpieces enter, leave, or move between processes. The examples below describe project tasks; suitability depends on workpiece contact, timing, and the connected equipment.
Selection starts with the workpiece and the full handling cycle, including how material arrives and how completed stacks leave. Share the following information before equipment size, contact method, and layout are recommended.
Selection Factor
What to provide
Decision supported
Dimensions & Weight
Minimum and maximum length, width, and thickness; item weight and items per transfer
Handling the envelope and transferring the load
Material & Surface
Material, flatness, porosity, texture, coating, and dust
Contact method and surface protection
Incoming Presentation
Individual parts, layers, or stacks; separators and sticking
Separation and presentation
Task & Orientation
Start, destination, reference edge, and required orientation
Transfer path and interfaces
Required Rate
Parts per minute or shift, peak demand, and waiting conditions
Cycle, buffer and line matching
Stack Specification
Pallet size, maximum stack height, total stack weight, and layer pattern
Support, stack formation and changeover
Layout
Space, transfer heights, vehicle access, and machine drawings
Installation and transfer zones
Workpiece payload and lift-table or full-stack capacity are different limits. State the item weight and stack weight separately. Conveyor speed also does not establish the number of completed pick-and-place cycles.
A practical layout must account for the equipment, workpiece travel, and access around it. Review utilities and machine interfaces together so loading, processing, and collection can operate in the agreed sequence.
Confirm voltage, frequency, connected load, and any compressed-air requirements.
For vacuum equipment, review the vacuum source and surface compatibility, and specify alternative contact methods where applicable.
Review travel envelope, ceiling clearance, floor suitability, anchoring, and maintenance access.
Define receiving height, position, timing, and the signals required between machines.
Plan pallet replacement, stack removal, operator access, and the agreed restart sequence.
Review dust, surface sensitivity, noise, and the guarding or interlocks required for the installation.
Share the workpiece size and weight, transfer height, required rate, and a sketch of the loading or stacking area. A simple drawing is enough to begin the layout discussion.
A handling cycle begins with a known supply position and ends at an agreed receiving position. The selected equipment supports, grips, or carries the workpiece using the method suited to its shape, weight, and surface.
Conceptual handling sequence
Establish a repeatable supply position and the condition needed for transfer.
Match the support or gripping arrangement to the workpiece and required surface protection.
Move within the defined operating area and present the workpiece in the required position and orientation.
Complete the handover and prepare for the next cycle according to the configured sequence.
Vacuum handling is one configuration, not a property of every loader or stacker. The surface condition and available contact area must be reviewed when suction is used.
Plan handling as part of the complete production line, from material presentation to collection after processing. Loading and stacking may use separate units; the final equipment and sequence depend on the project.
Conceptual line layout. Processing machines, conveyors, lift tables, and handling units are included only as specified in the project scope.
Supply stock at the defined loading or destacking position.
Move eligible workpieces to the infeed position using the selected handling method.
Present workpieces at the required height, orientation, and timing.
The connected woodworking machine carries out the specified operation.
Collect processed parts and arrange them according to the confirmed outfeed and stack plan.
Manage completed stacks and replenish supply according to the agreed changeover plan.
Use a configuration review to connect workpiece requirements with equipment selection, layout, and acceptance criteria. The result should be a clear scope for the proposed handling system.
Define size, weight, material, and surface-contact requirements.
Separate loading, unloading, transfer and stacking needs.
Review transfer paths, surrounding equipment and access.
Match handling demand with processing and stack-change conditions.
Agree representative workpieces and the checks required for acceptance.
Clarify the supplied configuration, options, and installation information.
These answers cover the key decisions to make before selecting a handling system. Use the product details and confirmed proposal for equipment-specific capabilities and limits.
Start with the task. A loader supplies the process, an unloader receives its output, and a stacker builds the required stack. One project may need several tasks, but they are not automatically performed by the same unit.
Compatibility depends on geometry, weight, contact area, and surface condition. Specify whether the material is porous, rough, coated, perforated, warped, or fragile, and verify the proposed handling method with representative samples.
Provide the weight of each workpiece, the number moved per transfer and the total stack load. The handling unit, lift table and conveyor may have different rated limits; none should be inferred from another component’s capacity.
State the required workpieces per minute or per shift and the peak demand. Include travel, pick-up, placement, waiting, replenishment, and stack changes. A conveyor speed or unloaded arm movement alone does not establish completed handling output.
No. Changing the travel direction, rotating within the plane, and reversing the exposed face are different requirements. Show the start and end orientation on a sketch so the correct equipment can be reviewed.
Integration requires a review of transfer heights, workpiece presentation, cycle timing, and control interfaces. Share the machine layout and available interface information; do not assume a standard protocol or universal connection.
These depend on the project scope. Specify pallet dimensions, stack patterns, separators and the acceptable interruption during changeover. Any additional stations or handling units must be identified in the proposal.
Send workpiece photos, size and weight ranges, the handling task, target rate, stack requirements and a sketch showing equipment positions and heights. You can start with the information available and add technical details during review.
Share the workpieces you handle and where they need to move. Photos, dimensions, weight, and a simple layout help define suitable equipment and the next technical questions.
What to Include in Your Inquiry
Workpiece & Weight: Material, minimum and maximum dimensions, and weight per workpiece.
Handling Task: Loading, unloading, transferring, or stacking, including the pickup and receiving positions.
Production Target: Required pieces per minute or handling cycle, plus the current line speed if available
Line & Site Conditions: Connected machines, feed direction, conveyor height, and available installation space.
+0086 13702626203
shundefengyue@163.com
+ 0086-13702626203
Shunde, Foshan, Guangdong, China
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LINKYOU · EQUIPMENT INQUIRY
Share the essentials first. You may add drawings, photos, or more technical details when they are available.
Machine, application and project goal
Workpiece, layout, drawing or photos
Our team reviews your inquiry details
Add panel size, thickness, weight, conveyor direction, and any required 90 ° or 180° transfer.
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