First examine site conditions
Plant length, width, and height, column locations, material‑loading direction, forklift routes, and stockyard positioning
Solutions
First, identify the on-site bottlenecks, then select the equipment configuration.
When designing a wood veneer plant solution, the first step is not to choose a model but to assess the facility layout, wood specifications, board output direction, workforce positioning, and forklift routes. Only after aligning these factors should decisions be made regarding whether to use a veneer stacker, an integrated palletizing and stacking machine, an unmanned system, or a full-line solution.
Plant DimensionsDimensions (length, width, height), column locations, and door orientations
Rotating motion lineForklift routes, finished‑product storage yard, and aisle widths
Equipment CombinationUnmanned startup, board stacking, palletizing, and conveying integration
New Plant Planning
One‑step planning from log feeding to downstream sorting and stacking
Suitable for newly built wood veneer plants or veneer core plants: first confirm the plant dimensions, material feeding direction, sheet discharge method, and forklift routes.
View detailsOld plant renovation
First address veneer receiving and stacking, board handling, and palletizing pressures
Suitable for sites downstream of veneer peeling where manual labor is intense, stacking is uneven, and secondary handling is frequent.
View detailsView Real-World Footage First
Use operational video footage to determine whether the equipment can run continuously.
We’ll assess the timing of the movements, the transitions between phases, and the forklift‑based material handling before deciding whether to proceed to detailed proposal discussions.
View detailsSelection Path
It is recommended to confirm during solution discussions in the following order
On-site conditions, product specifications, and equipment combination
Review the product specifications again
Board sizes such as 97,127, and 121, along with thickness, wood species, and target capacity.
Finally, consider the equipment configuration
How to integrate an automatic veneer stacker, a palletizing and stacking integrated machine, and an unmanned startup and conveying module.
Select Solutions by Series
Refer to the Product CenterSearch by product series to find the corresponding solution
First select the product series, then filter by new plant planning, existing plant renovation, upstream feeding, or downstream stacking to quickly identify your priorities.
Keyword Filtering
Filter by product series, application scenarios, and solution priorities.
Product series
Applicable Scenarios
Key Aspects of the Solution
Veneer Stacker Series
Downstream veneer receiving and stacking arrangement
It is advisable to first address the issues of high labor intensity in veneer receiving and stacking, uneven stacking, material‑waiting delays, and the forklift‑guided delivery system.
- Automatic veneer receiving and stacking
- Synchronized Counting
- Track Delivery
High‑speed integrated solution for board collection and palletizing
Ideal for wood veneer plants that wish to integrate veneer receiving, stacking, sorting, grouping, and gantry palletizing into a single process, thereby reducing secondary handling.
- High-speed veneer receiving and stacking
- Gantry palletizing
- Forklift transportation
Unmanned feeding solution in front of the rotary peeler
Suitable for addressing challenges such as difficulty in recruiting operators, high loading intensity, long rotary cutter waiting times, and the need to manage multiple machines per person.
- Single Roller / Double Roller
- Tiered feeding
- One Person, Multiple Devices
Front‑end feeding and conveying integration solution
Ideal for new plant planning or upgrading existing facilities to address bottlenecks in the upstream stages, allowing logs, wood cores, bark, and waste to each follow their own dedicated pathways.
- Log Splitting and Storage
- Conveying for Material Distribution
- Waste Discharge
Solution Documentation
Break down complex solutions into clear entry points
Production processes, selection criteria, installation and maintenance, and common issues correspond to the key points that should be understood before making a choice.
Production Process
From raw logs to veneer stacking—first clarify the overall line rhythm
String together log feeding, cutting, rounding, peeling, conveying, stacking, and palletizing into a steady rhythm, and have the customer first assess whether upstream and downstream processes will create waiting bottlenecks.
Start readingEquipment SelectionSelect equipment combinations based on wood type, specifications, site conditions, and operator positioning.
First assess the wood type, sheet specification, workshop size, board discharge direction, and target capacity, then decide how to combine stacking, palletizing, unattended start‑up, and conveying components.
Start readingInstallation and maintenanceBefore installation and commissioning, confirm the foundation, electrical system, air supply, and access routes first.
Key considerations include foundation leveling, equipment centerlines, conveying rhythms, safety passageways, forklift logistics, and maintenance of wear‑prone components, minimizing post‑installation adjustments.
Start readingFrequently Asked QuestionsCommon automation issues in wood veneer plants—first clarify the overall direction
Addressing the most frequently asked questions before customer consultations regarding automatic veneer stackers, palletizing and stacking integrated machines, 97/121/127 specifications, old plant renovations, plant dimensions, installation, commissioning, and service scope.
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