STEP 01
Define the batch boundary
Name each row after an assembly you can identify on the drawing and on the bench. A frame, a separate panel or another independently clamped subassembly can have a distinct clock. A set of joints that must all be assembled before the same final clamp-up should remain in one row. The planner treats rows as serial independent batches: one finishes pressure application before the next begins its preparation and adhesive work. It does not model parallel workers, shared wet joints, simultaneous spreading stations or a critical path through a dependent structure.
STEP 02
Prove the insertion path
Use the actual dry parts to check which piece enters first, how it rotates and where clamps and hands will reach. Look for captured panels, dividers, concealed fasteners and temporary supports that alter the order. Make the reference face and joint identities visible before beginning the rehearsal. If the dry assembly cannot be seated with the intended tools and fixtures, correct the drawing or sequence before assigning timing. A duration cannot resolve blocked access or a panel that physically cannot enter the surrounding structure. Record the cause instead of assuming that speed will overcome it.
STEP 03
Prepare everything before adhesive
Assign the setup field to work that truly happens before the first glue application: arranging cauls, protecting the bench, placing parts and checking labels. Do not move an adhesive-stage task into setup just to improve a margin. For example, positioning a clamp that can only be installed after two wet joints close still belongs in the pressure stage. The same distinction applies to cleanup or alignment that must occur while the glue is exposed. Keep a short written list of the setup actions beside the batch name so the time has an observable meaning.
STEP 04
Measure spreading and mating
Walk through the application method and part handling with the actual operator. Spreading includes every joint surface in the batch, plus the movement required to reach them. Mating includes bringing all those joints together and seating them to the intended references. The planner conservatively compares the last mating event with the first adhesive application in the batch. It does not track a separate clock for every glue line. If that simple model is unsuitable for a large or staged assembly, make a detailed joint sequence before deciding whether the entered batch limit is useful.
STEP 05
Include pressure and checks
Rehearse installing and tightening the planned clamps, checking joint seating and making the adjustments required before final pressure. Use the duration for reaching the intended final state, not for merely touching the first clamp. Inspect the accessible faces and assembly geometry while the sequence is still reversible. Carry the pressure specification separately from the duration field: a short time says nothing about force, distribution or distortion. Use the clamping-pressure checklist and the assembly-check tool where applicable to prepare physical evidence, then repeat the rehearsal after any change to fixtures or order.
STEP 06
Split only where the assembly permits it
When a batch exceeds its timing budget, look for independently clampable subassemblies in the approved design. Confirm how those subassemblies later join, whether the later connection remains accessible and whether waiting changes fit or alignment. Do not create a second row for a continuation of the same wet joint. The adhesive applied earlier still has its original clock. A split is useful when the first assembly can remain clamped while another, unrelated batch starts with fresh adhesive and available resources. Preserve the design intent and joining requirements while reviewing the schedule.
STEP 07
Check the station and personnel
The serial schedule assumes the listed sequence can proceed without waiting for an unavailable person, work surface or clamp. Clamps usually remain on the preceding assembly after the tool’s pressure endpoint. Count the resources occupied by every planned assembly and provide a separate holding plan before confirming the resource check. If that plan introduces a wait, put genuinely pre-adhesive waiting into setup for the next independent batch. Never use that waiting time as a justification for reusing a clamp prematurely. Parallel work requires its own resource and timing review outside this simplified planner.
STEP 08
Record the revised rehearsal
After shortening a sequence, adding fixtures or splitting independent work, run the revised dry sequence again. Keep the old CSV with a revision note if it explains why the change was made, then export the new plan. Record who rehearsed it, which product limits were used and which physical assumptions still need confirmation. Stop before adhesive whenever the measured stage times do not fit with your reserve, the split relies on a shared wet joint, or a required resource has no available place in the plan. A tidy timeline should reflect an achievable bench sequence.
Source references and scope
Titebond Original application guidelines · Titebond III application guidelines · Titebond clamping and drying FAQ. Sources checked 2026-10-14.
The product pages support the displayed timing references, and the FAQ separates clamping and drying guidance. The serial batch arithmetic and reserve are the planner’s explicit model. Verify the actual adhesive instructions; this review does not establish bond capacity or clamp-release timing.