Plasma cutting
Heavier sections cut clean, without the heat distortion that hand-cutting leaves behind.
A HARDOX 450 body, shot blasted and two-pack painted, on a galvanised bolt-together sub-frame. Built to stay on the road, to be repaired in an afternoon, to resist corrosion, and to still be worth something when you sell it.
Years 3 to 5 are when the differences are revealed
On day one, most equipment looks the part and does the job. But, after running them for 3 to 5 years, that’s when the differences start to reveal themselves, both on the bodywork and the cost sheet.
The wrong spec can mean longer lead times, hire cover, unplanned maintenance, and weaker residual values when you come to sell. These result in a higher total life cost for your tipper grab which you’ll only know when you get there.
Four things decide it. Every section below is our answer to one of them.
Every day off the road is a day of lost revenue you still pay finance on.
A bolt-on component is an afternoon. A welded one means a workshop visit.
Corrosion in the body and sub-frame tanks residuals, and tells every customer who sees the truck something about you.
Build quality and appearance are what a buyer is judging when you come to sell it on.
Pressed abrasion-resistant steel throughout, not a hard floor in a mild steel box.
Most grab bodies are mild steel with a hard-wearing floor. The floor lasts. The sides, headboard and tailgate can wear through, and the fix is to weld plates over the worn areas. Every one of those repairs is a truck off the road, and it burns the paint off around the weld, which then has to be set right. Ours is HARDOX 450 throughout, so the patching never starts.
Select a part to highlight it on the vehicle
Excellent anti-corrosion protection that prevents rust, and a bolt-together system that better absorbs vibrations, and makes swapping damaged components quick and straight forward.
Our bodies are full length, giving more capacity for payloads, and allows the loading of utilities conduit and piping.
We only fit best in class components to ensure excellent performance across the install; Palfinger cranes and Edbro twin cylinder RAMs are standard on Kel-Berg grab loaders.
Machine cut, programmed-folded, robot welded.
A hand-built body is only ever as consistent as the person building it that week. Welds vary, folds vary, and so does what turns up on your yard. Every panel of ours is machine cut, folded on programmed press brakes and robot welded.
Heavier sections cut clean, without the heat distortion that hand-cutting leaves behind.
Every panel cut to the same tolerance, every time. No drift between one body and the next.
Bystronic presses. Folds are programmed, not judged by eye, so your top rail matches the next one exactly.
Panasonic cells. Consistent penetration on every seam, on the first body of the week and the last.
Welded construction turns cosmetic damage into a workshop job: a welder, a booking, days off the road, and burnt paint around the repair that starts rusting a year later.
Almost every component here is bolted instead. A damaged panel comes off with hand tools, and the replacement is a stocked part number that arrives already galvanised. The repair happens in your yard, not ours.
Each of these is a stocked bolt on component
Blasted, painted, galvanised. None of it optional.
Ask a competitor how much of their build is galvanised. On most, the answer is a few ancillary brackets, and the sub-frame is painted. Paint is only a barrier: break it, and the steel underneath starts to go somewhere you won’t see until it’s structural.
Steel grit strips mill scale, rust, moisture and contaminants, and leaves a microscopic profile for the paint to key into. Most coating failures trace back to preparation, not paint, so nothing is sprayed onto bare steel.
Top coat mixed with a hardener, so it cures by chemical reaction and can't later be softened or dissolved. Applied through electrostatic guns that draw the paint onto the steel. A single flat RAL colour of your choosing.
Paint is a barrier: break it and the steel underneath starts to go. Zinc is sacrificial. It's more electrochemically active than steel, so it corrodes first and keeps corroding first. That's why the sub-frame and every bolt-on part goes in the bath rather than the booth.
This is the standard grab specification we fit to all of vehicles, but it can be customised further to suit your specific requirements.
Three years on the body is us carrying the downtime risk instead of you, and it’s the first thing a buyer asks about in year four.
3 yrs
The structure itself, and the part that decides whether it's still working in year six.
3 yrs
Covered on the same term as the body, not dropped to the component maker's minimum.
2 yrs
Anti-corrosion, on the two-pack finish applied over a blasted and phosphated surface.
2 yrs
Plus structural cover on a sliding scale through years three, four and five.
Third-party components are subject to their own manufacturers' terms and conditions, available on request.
Stock, models and prices on DAF, Scania and Volvo chassis, all carrying the bodywork described on this page.
Body length, crane, sheeting, weighing: the spec follows the work. Tell us the material, the sites and the chassis, and we'll come back with a build and a price.