Composites work has a reputation for being expensive, and a fair chunk of that cost lands in the workshop rather than in the materials. In truth, most of your money goes on resin and consumables, and the bench you laminate on can be built for the price of a couple of sheets of board and a few lengths of timber. What matters far more than the price tag is stiffness, light, dust control and somewhere sensible to put things.

Start With a Bench That Won't Move

Laminating is a two-handed job. You are holding a wet reinforcement in one hand and a squeegee in the other, and you cannot afford the bench shifting every time you lean on it. A wobbly trestle table will ruin a layup eventually, usually on the day you are working with a fast hardener and the clock is against you.

Aim for a bench around 900mm high, a little taller if you are tall, because you will spend long stretches standing over it. Make it at least 600mm deep and around 1.8m wide. That width is a sweet spot: long enough for a decent vacuum bagging job or a wing panel, short enough that you can reach the back edge without stretching.

Give the front edge around 100mm of overhang beyond the legs. That gap is for clamp heads, and for pulling a vacuum bag down over the edge without fighting the frame.

A Cheap Frame, Stiffened Properly

Timber is perfectly good here, as long as you build in the stiffness rather than hoping for it. A short list of what actually matters:

• Legs and rails: 47 x 100mm CLS timber is cheap, straight and strong enough. Four legs, two long rails and two short ones, screwed and glued.
• Cross bracing: add a diagonal brace or a low shelf panel on the back. This is what stops the whole thing racking sideways when you lean into a roller.
• Joints: a decent wood glue plus 100mm screws will outperform fancier joinery you have not practised. Pilot your holes to avoid splitting the CLS near the ends.
• Feet: bolt-on adjustable feet let you level it on an uneven floor. Castors sound lovely until you discover the bench creeping mid-layup — fit locking castors, or none at all.

If you have a solid wall, screw a rail from the bench top back into the wall. It costs pennies and transforms the rigidity.

Sacrificial Tops and a Clean Working Zone

Start with 18mm MDF or OSB, fixed down with countersunk screws so you can replace it later. Then add a sacrificial layer on top: melamine-faced hardboard, 3mm polypropylene sheet, or offcuts of vinyl flooring. Polypropylene is the nicest of the three because cured epoxy and polyester barely stick to it, and a scraper lifts most drips straight off.

Expect this layer to get chewed up. That is its job. Replace it when it becomes a mosaic of cured resin and cut marks, and keep a spare sheet leaning behind the bench so the swap is a ten-minute job rather than an excuse to put it off.

Light It Like a Workshop, Not a Garage

A single bulb overhead is the enemy of good laminating. It casts shadows exactly where you need to see whether fabric has properly wet out, and you will only notice the dry patches after the resin has gelled.

Two 1.2m LED battens mounted directly above the bench, roughly 5000K, will do more for your work than any hand tool you can buy. Add a small adjustable lamp on an arm for raking light across a wet surface — that is how you spot trapped air and starved fabric before it is too late. Avoid very blue, high-colour-temperature lamps; they make it harder to judge how the resin is behaving.

Dust Extraction and Resin Vapour

These are two separate problems and it pays not to confuse them. Sanding cured laminate, trimming flash and cutting reinforcement all produce fine dust that you do not want in your lungs or settling on your next layup. Deal with it at source: a wet-and-dry vacuum with a fine or M-class filter, connected to a random orbit sander with an extraction port, plus a cyclone separator to save your filters. A simple downdraught or perforated table is a worthwhile weekend project if you sand a lot.

Resin vapour is a ventilation job, not a filtration one. Polyester gives off styrene, which needs extracting to outside — an open door and a box fan in a window beats a recirculating filter every time. Epoxy is far lower in odour but carries a real sensitisation risk, so nitrile gloves and good habits matter more than clever kit.

Storage: Resins, Fabrics and Tools Kept Apart

Resin hates the cold. Store it upright, sealed, in a cupboard that stays above about 15°C and off a cold concrete floor. Epoxy that has crystallised in a chilly shed can usually be rescued by gentle warming, but it is far easier to keep it happy in the first place. Keep the hardener and resin together but clearly labelled, and never decant into unmarked drinks bottles.

Fabric should be rolled, never folded, and kept in sealed polythene off the floor and away from the resin shelf. Creases in carbon or glass show through into the finished laminate, and dust contamination is invisible until it is laminated in.

For tools, French cleats or a simple pegboard above the bench will keep everything to hand. Keep a dedicated mixing station — digital scales, mixing cups, stirrers, gloves, paper towels — in one clearly labelled spot so you never go hunting mid-pot-life. None of this needs to be expensive. A rigid bench, honest light, proper dust control and a place for everything will improve your laminating more than any single purchase you could make.