Doucet
Plan Doucet around the machine exit, the operator, and the next production move.
Doucet material handling solves the production drag that appears after the machine finishes its work. Titan can frame return conveyors and intelligent panel systems around receiving, side transfer, return, rotation, stacking, staging, inspection, re-feed, speed matching, operator reach, surface protection, and the path from simple one-operator flow to automated handling.
Doucet turns the machine exit into a controlled production flow.
Shops often invest in faster machines and then lose the gain immediately after the part exits. Operators catch panels, walk boards back, create unstable piles, reorient work, stage by hand, and recover from surface damage. Doucet gives Titan a clear handling strategy for the output side of edgebanders, sanders, rip saws, moulders, and high-mix panel cells.
Edgebander Return
Return panels to the operator at a useful speed and direction instead of allowing the machine exit to become a catching and stacking zone.
BT3-style return support improves one-operator flow, while RETYX adds rotation, stacking, and intelligent panel manipulation.
Wide-Belt Sander Return
Support repeated sanding passes with receiving, return, staging, inspection access, and pass-height control that keeps parts moving cleanly.
BTWB3-style systems reduce walking and help one operator maintain the sanding rhythm.
Rip-Saw Return
Return boards from straight-line and gang rip saws with layouts that respect board length, receiving position, transfer direction, and operator reach.
BTRS-style return flow keeps solid-wood breakdown from consuming labour after every cut.
Moulder Return
Manage end-to-end spacing and return flow around high-speed moulders so one operator can keep profile production moving.
MR-style systems connect retracting receiving, transfer belts, return rollers, and optional accumulation into one cell.
The machine is only as productive as the cell around it.
A fast edgebander, sander, rip saw, or moulder can still be limited by one person walking parts, flipping boards, creating piles, or recovering from handling damage. The return conveyor must be planned around receiving, transfer, return direction, machine pace, inspection, staging, stacking, operator reach, and the next pass through the machine.
Doucet should therefore be quoted with the complete workflow. The correct system is not simply the conveyor that fits behind the machine. It is the system that matches part size, pass height, operator side, speed, surface sensitivity, desired handling mode, and future automation goals.
Think about Doucet in three handling roles.
The Doucet lineup becomes easier to understand when it is grouped by the handling outcome rather than treated as a list of conveyor model numbers.
Simple Return Role
This role supports one operator by receiving the part, transferring it across the cell, and returning it to a useful re-feed or staging point.
- Strong fit for BT3 edgebander return flow
- Reduces walking, catching, and manual panel recovery
- Best where the goal is disciplined one-operator production
Machine-Specific Return Role
This role matches the conveyor system to the machine family: wide-belt sanding, ripping, or moulding, with the receiving and return geometry tuned to the process.
- BTWB3 for wide-belt sander cells
- BTRS for straight-line and gang rip saws
- MR for high-speed moulder return flow
Intelligent Automation Role
This role adds vacuum manipulation, panel rotation, return and stacking modes, air tables, orientation control, and higher-cycle handling around the edgebander.
- RETYX for automated panel return and stacking
- Protects sensitive faces through controlled manipulation
- Best for high-output cells ready for intelligent flow
Move from manual recovery to repeatable return-flow control.
A Doucet project should reduce wasted movement, protect parts, improve re-feed, and make the machine cell easier to run with fewer hands. That outcome usually develops in deliberate steps.
Identify the Handling Drag
Find where operators catch, walk, rotate, stack, inspect, re-feed, or wait after the machine finishes its cycle.
Match the Machine Family
Confirm whether the cell supports an edgebander, sander, rip saw, moulder, or intelligent panel-return application.
Map the Complete Return Path
Define receiving, lateral transfer, return direction, inspection, staging, re-feed, stacking, and operator access.
Balance Speed and Geometry
Match machine pace, conveyor speed, part envelope, pass height, return length, and available floor space.
Standardize and Expand
Document the cell routine, maintain the system, measure throughput, and leave room for staging or automation upgrades.
Where Doucet fits in real production.
Doucet equipment lives in the space between machine output and the next operation. That is where many shops lose the productivity gain from expensive machinery.
Edgebanding Cells
Return, rotate, inspect, stack, or re-feed panels so the edgebander can run with fewer handling interruptions and better one-operator control.
Sanding Departments
Support repeated sanding passes with return flow, staging, height matching, inspection access, and less operator walking after each cycle.
Solid-Wood Cells
Return boards from rip saws and moulders so spacing, staging, re-feed, and board handling stay balanced with the machine output.
Questions Titan should ask before quoting Doucet.
Doucet selection should be diagnostic. The correct system depends on the machine, part envelope, speed, pass height, operator side, desired return mode, and the customer’s future automation plan.
Which machine is being supported?
Edgebanders, sanders, rip saws, and moulders require different receiving, transfer, return, and safeguarding logic.
What is the full part envelope?
Minimum and maximum length, width, thickness, weight, surface sensitivity, balance, and overlap risk influence the conveyor design.
Does the return need height control?
Machine pass height, variable product thickness, receiving stroke, return elevation, and staging-table height must align.
Where does the operator stand?
Return side, re-feed position, inspection access, controls, and traffic zones must match the real staffing pattern.
Return, stack, stage, or re-feed?
The desired handling mode defines whether the cell needs simple return, accumulation, inspection, rotation, stacking, or vacuum manipulation.
Will the cell automate later?
The layout should preserve space for longer conveyors, air tables, stacking zones, vacuum handling, and RETYX-level automation.
Plan Doucet around the machine cell and the complete return path.
Tell Titan which machine needs support, what parts are being handled, how the operator works today, and whether the goal is return, staging, stacking, re-feed, or automation. That information gives the Doucet conversation the context required for a useful recommendation.
- BT3-style panel return for medium-to-large edgebanders
- BTWB3, BTRS, and MR return flow for sanders, rip saws, and moulders
- RETYX-style vacuum manipulation, rotation, stacking, and intelligent panel handling
- Guidance on speed, part envelope, pass height, operator side, layout, and future growth