A laser is a precision restoration tool, not a body-shell stripping machine. Positioning it honestly is what stops a restorer being disappointed in month two.
For automotive restoration, laser ablation is at its strongest on components, corrosion, castings and localised work, and at its weakest as a way of stripping an entire body shell. Restorers who buy it for the first are pleased. Restorers who buy it for the second are not.
We are deliberate about this because the industry is not. A large flat panel is an area problem, and area problems favour media blasting. A seized bracket, a corroded chassis leg, a casting with sixty years of scale in the detail, a weld seam that needs cleaning before it is re-run: those are precision problems, and precision is where the beam is unbeaten.
A full body shell is a lot of square metres, and the honest comparison against a blasting house is on time and cost per shell, which usually favours blasting. Underseal and thick bituminous coatings are slow. Filler and body solder respond differently to paint and need their own settings.
Applications
Where restorers get the most out of a machine.
Which machine
Most restoration shops specify the 300W for component and detail work. High-volume commercial refinishing operations tend toward the 500W.
Machine finance is available to UK businesses through an FCA-regulated broker. Limited companies can be funded on any machine; sole traders only above £25,000. Check whether you qualify → LaserStrip is not a lender. See also the Business Launch package.
Further reading
Standards and guidance
A pulsed fibre laser is a Class 4 device. These are the primary UK sources, linked so you can read them rather than take our word for it.
Common questions
It can, over time. Whether it should is a different question, and for a bare shell a blasting house is usually faster and cheaper. Buy a laser for the components, the chassis, the details and the localised work, and you will be pleased with it.
Pulses are nanoseconds long, so heat input is very low compared with grinding or flame. It is one of the reasons restorers use it on thin panel. As always, parameters and operator technique are what keep it that way.
Yes, though thick bituminous underseal is slow and is often better tackled mechanically first with the laser finishing the job. Seam sealer removal is a common and well-suited application.
Application enquiry
Tell us what you are trying to remove and what is underneath it. We will tell you honestly whether a laser is the right tool, where it would sit in your existing process, and which machine would suit. If conventional preparation is the better answer for your job, we will say so.
We reply within one business day. Your details are never shared.