Return panels for another pass
The manipulator can move a panel from reception to the return zone and orient it for the next edge-banding pass.
RETYX combines an articulated vacuum-grip manipulator with receiving and return conveyors to automate panel handling around an edgebander. The 3-axis system can re-orient panels for the next pass and route them to return, stacking or unstacking zones.
Panels leaving an edgebander need to be returned, re-oriented, stacked or fed forward without repetitive manual outfeed handling.
An articulated vacuum-grip manipulator moves panels between reception, return and stacking/unstacking zones.
The operator selects production type and number of passes; the system executes the planned operation at each stage.
Start with the production problem
RETYX adds panel pick-up, orientation and destination logic to the edgebander return loop, reducing the need for repetitive manual outfeed handling.
The manipulator can move a panel from reception to the return zone and orient it for the next edge-banding pass.
The 3-axis system can place completed panels in a designated stacking zone.
A designated zone can also be used to unstack panels into the production cell depending on operating mode.
Vacuum handling reduces repeated lifting and repositioning around the edgebander.
Application fit
RETYX fits repeat panel production where one edgebander needs controlled return, orientation, stacking or unstacking across a defined pass sequence.
Best where panels need multiple passes and controlled routing around one edgebander.
Handles panels from 3 × 8 in up to 36 × 96 in within the specified thickness and weight limits.
Useful where finished panels need to be stacked rather than continuously handed back to the operator.
The operator selects the number of passes before feeding and RETYX follows the sequence.
Useful when panels need to return, stack or unstack according to the selected production sequence.
Best when the automation project is centered on panel handling around an edgebander.
Select the return system from the process backwards
Configure the return cell from the real pass pattern, panel envelope and available floor space.
Model, length, pass line, infeed/outfeed direction and interface geometry.
Minimum/maximum length, width, thickness and weight across the real product mix.
How many edges/passes and what orientation is required at each return.
Return, stack or unstack according to the required production flow.
Floor space, air-table positions, utilities, safety, data integration and downstream flow.
Machine architecture / work cycle
A 3-axis vacuum-grip manipulator works with receiving and return conveyors to route each panel through the selected sequence.
Six motorized belts on a 9-foot receiving conveyor accept panels from the edgebander through motorized infeed arms.
The manipulator grips the panel with vacuum tooling and lifts/translates it between operating zones.
A rotational axis re-orients the panel for the next pass where required.
The programmed sequence sends the panel to return, stacking or unstacking logic based on the selected production pattern.
Manipulator motion
These values describe manipulator travel, not overall machine dimensions or panel dimensions.
Technical data
Return and stacking rates are operating-mode maxima; conveyor and air-table dimensions describe separate machine zones.
| Field | RETYX value |
|---|---|
| Model | RETYX — Intelligent Panel Return Conveyor System |
| Primary application | Edgebander panel handling and return |
| Manipulator | 3-axis articulated vacuum-grip manipulator |
| Vertical travel | 40" |
| Horizontal travel | 120" |
| Rotation | -90° to +180° |
| Receiving conveyor | 6 motorized belts, 9' long, with motorized infeed arms |
| Return conveyor | 36" wide belt conveyor; length adjusted according to edgebander |
| Receiving air table | 60" × 36", pneumatic up/down |
| Feeding air table | 24" × 36", fixed height |
| Panel minimum | 3" wide × 8" long |
| Panel maximum | 36" wide × 96" long |
| Thickness | 1/2" to 2-1/4" |
| Maximum panel weight | 200 lb |
| Return-mode rate | 12 cycles/minute maximum |
| Stacking-mode rate | 7 cycles/minute maximum |
12 cycles/min is the maximum return-mode rate. 7 cycles/min is the maximum stacking-mode rate. Neither value should be treated as a finished-parts-per-minute guarantee.
Panel capacity
Panel capacity spans 3 × 8 in minimum to 36 × 96 in maximum, with 1/2 to 2-1/4 in thickness and a 200 lb maximum panel weight.
Receiving / return architecture
The 36-inch-wide return conveyor is sized in length to match the host edgebander.
Six motorized belts form the receiving conveyor.
The receiving side includes motorized arms to interface with the edgebander.
The return belt is 36 inches wide.
Return-conveyor length is adjusted to the host edgebander rather than treated as one fixed RETYX dimension.
Control / operator workflow
The operator selects the production type and number of passes. Recipe-based HMI control then runs the planned sequence.
Standard operations can use pre-programmed recipes, and recipes can be configured through the HMI. The system can operate autonomously without an ERP connection.
Standard operations can use pre-programmed recipes, recipes can be configured through the HMI, and RETYX can operate autonomously without an ERP connection.
Vacuum-grip architecture
The articulated vacuum head handles panels up to the 200 lb workpiece limit. Final vacuum tooling should be matched to the actual panel surface, dimensions and weight.
Vacuum handling is the workholding method used by the manipulator throughout the panel-routing cycle.
Vacuum handling should be qualified to the panel surface, geometry and weight used in the production cell.
Cycle-rate framework
Use these values as motion-cycle maxima and model finished output from the actual edgebander speed and pass mix.
Maximum operating rate in return mode.
Maximum operating rate in stacking mode.
A panel needing multiple edge passes consumes multiple return operations before its final destination.
Finished output depends on edgebander speed, panel size, number of passes, orientation and destination logic.
Stacking / unstacking
The 3-axis handling system supports both finished-panel stacking and incoming-panel unstacking.
Final-pass parts can be routed to a stacking zone instead of returned to the operator.
A zone can be used to feed incoming panels into the cell depending on operating mode.
The rotational axis can present returned panels in the orientation required for the next pass.
Production-cell integration
Return-conveyor length follows the host edgebander, so the cell is laid out around the actual machine, pass pattern and available floor space.
Motorized receiving belts accept the processed panel.
Vacuum grip secures and translates the part.
Rotation prepares the next required edge where needed.
Return, stack or unstack according to the programmed flow.
Operator feeds the next part while RETYX completes the selected flow.
Ownership / service / resilience
Manual bypass provides a defined fallback when the manipulator is unavailable, while recipes and workholding condition support repeatable operation.
Parts can still be received through the cell when the manipulator is unavailable.
Document the approved recipes/pass patterns for the actual product families.
Treat the vacuum grip as a key workholding element and maintain it to the machine service requirements.
Servo, vacuum, pneumatic, guarding and electrical work should be handled by qualified personnel using the installed machine procedures.
Business-case framework
Build the project case from actual handling labor, edgebander waiting time, pass mix and configured cycle rates.
Measure the actual time spent receiving, rotating, returning and stacking panels.
Record idle time caused by operator travel or outfeed handling.
Count average passes per panel and final destinations.
Use real panel mix and confirmed return/stack cycle data to model the project.
Application data package
This information closes the cell layout, panel-handling requirements and RETYX configuration.
Manufacturer/model, length, pass line, infeed/outfeed and current conveyor geometry.
Min/max length, width, thickness, weight, surface and representative part mix.
Edges per part, pass order, orientation, final destination and stack/unstack needs.
Available floor space, operator side, pallet/stack zones, electrical and air service, and any data-system requirements.
RETYX FAQ
Core qualification points for an intelligent edgebander return cell.
Doucet's RETYX is an intelligent panel return conveyor system using an articulated vacuum-grip manipulator with receiving and return conveyors around an edgebander.
RETYX uses a 3-axis vacuum-grip manipulator.
Panel capacity is 3 inches wide × 8 inches long minimum and 36 inches wide × 96 inches long maximum, with 1/2 to 2-1/4 inch thickness.
Maximum panel weight is 200 lb.
Maximum return-mode rate is 12 cycles per minute. This is not a finished-parts-per-minute guarantee.
Maximum stacking-mode rate is 7 cycles per minute.
Yes. Manipulator rotation ranges from -90 degrees to +180 degrees.
Yes. The 3-axis handling system supports designated stacking and unstacking zones.
No. RETYX can operate autonomously; barcode/RFID and database connectivity can be added when the production system requires them.
The HMI supports pre-programmed standard operations and configurable production recipes.
RETYX application review
Send the host machine, panel envelope, pass pattern, stacking requirements and available floor space.