Receiving
Receive from the process machine
Variable-speed motor-driven feed rollers guide the part onto the receiving module.
Doucet Feed Back
DOUCET MACHINERIES
Feedback Return Conveyor for Shapers, Sanders & Edge Foilers
Doucet Feedback is a continuous-flow return conveyor for shapers, profile sanders, sanders and edge foilers. Available 24- or 36-inch conveyor widths, a 36-inch standard receiving table, a 60-inch extended receiving option, variable-speed feed rollers, adjustable fence-line support, polymer lateral-transfer belts and individually driven return rollers positioned 2 inches below host-machine pass height define the core layout.
24" / 36" conveyor widths36" standard receiving60" extended receiving optioncontinuous transfer2" lower return lineshaper / sander / edge foiler
Production problem
Continuous-feed sanding, profiling and edge-foiling cells can send a steady stream of parts away from the operator.
Machine mechanism
Feed rollers receive the part, top rollers and an adjustable ledge stabilize it, polymer belts side-shift it, and powered return rollers bring it back.
Configuration choices
Select 24- or 36-inch conveyor width and a 36-inch or extended 60-inch receiving table to suit the host machine and part family.
24" / 36" width choices
36" standard receive
60" extended receive option
adjustable reference ledge
polymer side transfer
2" lower return rollers
Start with the production problem
Return continuously fed parts to the operator without introducing a stop-and-cycle return sequence.
Feedback is built around continuous material flow from the host machine through receiving, stabilization, lateral transfer and powered return.
Support
Stabilize the incoming part
Top rollers smooth the transfer while an adjustable ledge continues the host machine's reference fence.
Transfer
Shift laterally
Polymer belts move the panel or door component sideways toward the return rollers.
Return
Return below pass height
Individually driven return rollers sit 2 inches below host-machine pass height so opposing flows can overlap without interference.
Application fit
Best fit: continuous-feed sanding, profiling and edge-foiling cells.
Feedback is configured around the host process machine, its reference line, part family and return layout.
Strong fit
Shapers / profile sanders
Direct Feedback application for continuous-feed profiling and shaping cells.
Strong fit
Sanders
Continuous return for sanding cells where processed parts need to come back to the operator.
Strong fit
Edge foilers
Direct Feedback application for edge-foiling cells.
Workflow
Door and panel components
Suitable part families are qualified from the real workpiece envelope, support needs and host-machine geometry.
Select the Feedback configuration from the host cell backwards
Width, receiving-table length and return geometry are the key configuration decisions.
Start with the host machine and workpiece family, then close the conveyor width, receiving-table length and final return geometry.
Define the host machine
Shaper, profile sander, sander or edge foiler; model, pass height, machine length and reference-fence position.
Define the parts
Actual minimum/maximum L × W × T, weight, material and representative part mix.
Choose 24" or 36"
Match receiving and return conveyor width to the host machine and workpiece family.
Choose 36" or extended 60"
Use the 36-inch standard receiving table or the 60-inch extended receiving option according to the application.
Close return geometry
Return length follows the host machine; specialized inclined or quick-release layouts are configuration dependent.
Machine architecture / work cycle
Receive → stabilize → side-shift → return continuously.
The material path stays continuous from host-machine outfeed through the lower return line.
Receive
1 — Feed rollers
Variable-speed rollers guide the workpiece into the receiving module.
Stabilize
2 — Top rollers + ledge
Upper rollers support smooth transfer while the adjustable ledge continues the reference fence.
Transfer
3 — Polymer belts
Lateral belts side-shift the part toward the return conveyor.
Return
4 — Powered return rollers
Individually driven rollers return the part while the system remains in continuous-flow operation.
Receiving-zone detail
Powered feed rollers and an adjustable ledge establish a controlled reference into the return system.
The receiving zone combines variable-speed feed rollers, top support and a ledge aligned with the host machine's reference fence.
Receiving and reference support
Guide the workpiece into the receiving table while maintaining the host-machine reference line.
Variable-speed feed rollers move the part into the receiving module. Top rollers support the transfer and the adjustable ledge continues the reference fence.
Receiving speed is adjustable through the variable-speed drive; the final setting is matched to the host process and workpiece flow.
Technical data
Feedback configuration and material-flow data.
Core conveyor geometry, support architecture and return arrangement stay tied to the selected Feedback configuration.
| Field | Feedback value |
|---|---|
| Applications | Shapers / profile sanders, sanders and edge foilers |
| Receiving width | 24" or 36" |
| Return width | 24" or 36" |
| Standard receiving-table length | 36" |
| Extended receiving-table option | 60" |
| Return length | Matched to the host shaper, sander or profiler length |
| Receiving drive | Feed rollers driven by a variable-speed motor |
| Top support | Top rollers support smooth transfer |
| Reference support | Adjustable ledge in continuation of the reference fence |
| Transfer method | Polymer belts |
| Return drive | Return rollers individually driven by welded urethane belts |
| Return height | 2" below host-machine pass height |
| Transfer process | Continuous |
The 36-inch and 60-inch figures are receiving-table lengths; the 24-inch and 36-inch figures are conveyor-width configurations.
Width / receiving-length configurations
Two conveyor widths. One standard receiving length. One extended receiving option.
Choose the configuration from the host machine and actual part envelope rather than treating machine geometry as a workpiece limit.
Width
24" conveyor width
Available receiving and return conveyor width configuration.
Width
36" conveyor width
Available receiving and return conveyor width configuration.
Standard
36" receiving table
Standard receiving-table length.
Extended option
60" receiving table
Extended receiving-table option for applications requiring additional receiving support.
Top-roller support
Upper rollers stabilize the workpiece as it crosses into the receiving module.
Top rollers support smooth transfer while the adjustable ledge maintains the host-machine reference line.
Workpiece support
Keep the part controlled through the transition from process machine to return conveyor.
The top-roller set supports the workpiece as it moves onto the receiving table, while the reference ledge maintains alignment into the lateral-transfer zone.
Support requirements are qualified from the real part length, width, thickness, weight and surface condition.
Return-roller architecture
Individually driven rollers linked by welded urethane belts.
The powered return line brings material back to the operator 2 inches below the host-machine pass height.
Lower return line
Separate outgoing and returning material flow by elevation.
Individually driven return rollers carry the workpiece back while the 2-inch vertical offset separates opposing product flow.
The 2-inch dimension is the relationship between the return line and host-machine pass height.
Inclined return / quick-release configuration
A specialized inclined-return arrangement is available for specific host-machine applications.
The Feedback line includes a configuration tied to Unique Shape and Sand 4522 or 4524 applications equipped with the squaring-table option.
Specialized return layout
Inclined return and quick-release mobility are configuration-specific.
Use application review to confirm host-machine fit, return geometry, access requirements and the final removable or mobile return arrangement.
This specialized return layout is not treated as universal base Feedback geometry.
Ownership / changeover
Keep Feedback configuration tied to the installed host machine and part family.
Width, receiving-table length, return geometry and reference alignment should remain documented as one cell configuration.
Configuration
Width record
Document the installed 24- or 36-inch receiving and return conveyor configuration.
Configuration
Receiving-table length
Document the 36-inch standard or 60-inch extended receiving-table configuration.
Ownership
Material-flow surfaces
Feed rollers, top rollers, reference ledge, polymer belts and urethane-driven return rollers form the handling path.
Safety
Qualified service
Drive, electrical, guarding and conveyor service should follow the installed Feedback and host-machine procedures.
Production-cell integration
The host machine defines return length, fence reference and pass-height relationship.
Feedback is configured around the process cell rather than treated as a one-footprint-fits-all conveyor.
Host-machine outfeed
Workpiece enters the variable-speed feed rollers.
Top support + ledge
The part remains stabilized along the reference-fence continuation.
Lateral transfer
Polymer belts move the part toward the return line.
Lower powered return
Individually driven rollers return the part 2 inches below pass height.
Operator receives
The part returns for the next process step while the conveyor stays in continuous flow.
Business-case framework
Measure operator handling and host-machine utilization around the actual production cell.
Build the project case from real handling time, host-machine waiting, part mix and the selected Feedback configuration.
Current state
Manual return time
Measure current handling and walking per production batch.
Flow
Host-machine waiting
Record idle time caused by outfeed congestion or operator travel.
Production basis
Part mix
Separate standard work from larger parts requiring extended receiving or specialized return geometry.
Business case
Configured Feedback case
Model the project using the host machine, conveyor width, receiving length and return layout.
Application data package
Send the host machine, workpiece mix and cell layout before locking the Feedback configuration.
Those inputs close conveyor width, receiving-table length, return length and any specialized inclined or quick-release package.
Host
Host machine
Manufacturer/model, shaper/sander/edge-foiler type, machine length, pass height and reference-fence geometry.
Workpiece
Workpieces
Min/max L × W × T, weight, material and representative part mix.
Sequence
Production flow
Host feed rate, continuous-feed pattern, operator position and return destination.
Integration
Cell requirements
Available floor space, 24/36-inch width, 36/60-inch receiving length, return geometry and site requirements.
Feedback FAQ
Core configuration and material-flow questions.
Use the application review to close host-machine and workpiece-specific details.
What is Doucet Feedback?
A continuous-flow return conveyor for shapers, profile sanders, sanders and edge foilers.
What conveyor widths are available?
24-inch and 36-inch receiving and return conveyor widths.
What is the standard receiving-table length?
36 inches.
Is a longer receiving table available?
Yes. A 60-inch extended receiving-table option is available.
How is return length selected?
The return section is matched to the host shaper, sander or profiler and the final cell layout.
How does the workpiece transfer sideways?
Polymer belts side-shift the part to the return rollers.
How are the return rollers driven?
The return rollers are individually driven by welded urethane belts.
Why is the return line 2 inches lower?
The vertical offset separates outgoing and returning material flow while the conveyor operates continuously.
How is receiving speed handled?
The feed rollers use a variable-speed motor so receiving can be matched to the process cell.
Is an inclined-return arrangement available?
Yes. A specialized inclined-return configuration is available for specific compatible host-machine applications.
Feedback application review
Match the return conveyor to your shaper, sander or edge foiler.
Send the host machine, part envelope, feed conditions, conveyor width and floor-layout requirements.