Orma
ORMA glue spreaders built for uniform coverage, controlled adhesive use, and cleaner production flow.
ORMA glue spreaders help woodworking shops move away from inconsistent hand application and into controlled adhesive spreading. From compact one-roller manual application to two-roller and four-roller through-feed production, Titan positions ORMA around glue consistency, panel quality, reduced waste, safer handling, cleaner assembly, and better downstream pressing or clamping results.
ORMA turns glue spreading into a controlled production step.
Glue spreading looks simple until the shop starts measuring wasted adhesive, uneven coverage, dry spots, excess squeeze-out, cleanup labour, rejected panels, and slow hand application. A properly selected ORMA glue spreader helps control the adhesive layer before the part reaches the press, clamp, sander, finishing area, or assembly bench.
Controlled glue application for edges and solid wood.
ORMA I103 gives smaller shops a compact one-roller solution for manual glue application where control, simplicity, and clean spreading matter more than automation.
View ORMA I103 →
Two-roller glue spreading for consistent output.
ORMA I213 is built for through-feed production lines, delivering uniform application and reliable glue coverage for professional woodworking and panel processing.
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Four-roller glue spreading for larger surfaces.
ORMA I413 gives shops more coverage control and precision for larger surfaces, multiple adhesive components, and more demanding through-feed production work.
View ORMA I413 →The glue line is where quality is either controlled — or repaired later.
Uneven adhesive, dry spots, over-application, contaminated faces, and slow hand spreading create downstream problems at the press, clamp, sander, and finish line. A planned ORMA glue-spreading station gives the shop a cleaner way to control adhesive thickness, production speed, operator repeatability, and finished panel quality before the part moves forward.
Plan My Glue Spreading CellORMA glue spreader lineup from Titan Equipment.
Titan’s ORMA lineup is focused: one-roller manual application, two-roller through-feed production, and four-roller higher-volume glue spreading. The right machine depends on adhesive type, material size, shop volume, surface coverage requirements, cleaning routines, and what happens next in the press or clamp.
ORMA I103
The ORMA I103 is a compact one-roller glue spreader designed for manual glue application on edges and solid wood. It supports hands-on control with idle support rollers at the entry and grooved rollers at the exit for smooth, consistent spreading.
Best fit: small shops, custom solid wood work, edge gluing, specialized tasks, and shops that need accuracy without high-capacity automation.
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ORMA I213
The ORMA I213 is a high-performance two-roller glue spreader designed for through-feed production lines. It delivers uniform glue application with strong functional capacity and reliable accident-prevention protection.
Best fit: professional woodworking shops, panel processing, door parts, repeat production, and shops stepping into through-feed glue application.
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ORMA I413
The ORMA I413 is a robust four-roller glue spreader for through-feed production. It is built for maximum versatility, larger surfaces, demanding applications, and uniform application of multiple glue components.
Best fit: higher-volume panel processing, veneer or lamination work, larger surfaces, and shops that need more precise adhesive coverage control.
View ORMA I413 →ORMA comparison by production role.
ORMA selection should start with the size of the part, the adhesive being used, whether the work is manual or through-feed, and how much consistency the shop needs before pressing, clamping, sanding, or finishing.
Shop size recommendations.
ORMA is a focused glue-spreader lineup, so the decision is straightforward: start with the size and volume of material, then match the machine to the level of manual control, through-feed capacity, and coverage precision the shop needs.
Start by controlling glue application on smaller parts.
Smaller shops often need accuracy and cleanliness more than automation. Manual spreading can work, but it becomes inconsistent when adhesive type, operator habit, and part size vary.
Recommended path: ORMA I103, clean adhesive station layout, defined roller cleaning routine, and a future step toward I213 if volume increases.
Move from manual spreading into repeatable through-feed production.
Once work becomes repeatable, the shop needs stronger glue-layer control, more consistent feed, better handoff into pressing, and less dependence on hand application.
Recommended path: ORMA I213, press/clamp review, adhesive process standardization, staging carts, and cleaning SOPs.
Build a glue-spreading cell around surface coverage and uptime.
Larger parts and higher-volume panel work need glue coverage that stays consistent across shifts, operators, adhesive types, and production runs.
Recommended path: ORMA I413, press-line integration, adhesive handling, roller maintenance, operator training, and downstream sanding/finishing quality control.
Current state to future state upgrade planning.
A glue-spreader purchase should reduce waste, stabilize coverage, protect pressing quality, and help the shop move from manual judgement to repeatable adhesive control.
Where ORMA fits in real woodworking production.
ORMA glue spreaders sit between material preparation and pressure. Better glue spreading improves the work that follows: clamping, pressing, sanding, finishing, trimming, assembly, and final inspection.
Buying questions Titan should ask before quoting ORMA.
ORMA selection should start with material size, adhesive type, production volume, roller cleaning expectations, and how quickly parts move into the press or clamp.
Are you gluing edges, panels, veneer, or solid wood?
The correct spreader depends on whether the job is manual edge application, panel lamination, through-feed production, or larger-surface coverage.
Is this occasional work or daily production?
Low-volume precision may point toward I103. Repeat through-feed work points toward I213. Larger surfaces and higher demand point toward I413.
What glue are you applying?
Different adhesives behave differently across rollers, surfaces, open time, cleanup, and pressing. The glue process should be reviewed with the machine.
What is the largest surface you need to cover?
Material width, thickness, roller clearance, surface area, and operator handling determine whether compact, two-roller, or four-roller spreading makes sense.
Who cleans the rollers and when?
Glue spreading only stays consistent when cleaning, roller care, adhesive handling, and daily shutdown routines are clearly assigned.
What happens immediately after spreading?
The spreader should be planned with press timing, clamp timing, open time, staging, cart movement, and sanding or finishing expectations.
Build the full ORMA glue-spreading cell.
A glue spreader performs best when it is planned with adhesive storage, part staging, press or clamp timing, cleaning workflow, operator movement, and downstream quality control.
Move glued parts into pressure with consistency.
Glue coverage and press timing work together. The press cell should be reviewed with the spreader so open time, staging, and cycle flow make sense.
View Pressing Equipment →
Control pressure after adhesive application.
Clamping, case squaring, frame assembly, and operator timing should be planned around the adhesive process, not treated as a separate island.
View Clamping →
Protect the surface before sanding starts.
Uneven glue and squeeze-out create extra sanding labour. Better spreading helps protect downstream surface quality and finishing consistency.
View Sanding Equipment →Plan the glue spreader around the adhesive process — not just the roller count.
Tell Titan what you are spreading, what adhesive you use, what size material you run, where the glue process slows the shop down, and what happens after the part leaves the spreader. We can help match ORMA I103, I213, or I413 to the real workflow: manual precision, through-feed production, larger-surface coverage, pressing, clamping, sanding, and finishing.