April 16, 2026
Industry: Automotive Wheel Restoration Location: Australia Equipment Added: Gubot LSL22 Full Wheel Refurbishment Solution Timeline: 2024
Running a single workshop is a management challenge. Running several across different locations is an entirely different discipline — and for this Australian multi-shop auto repair group, wheel refurbishment had become the clearest symptom of a deeper operational problem. Manual repair methods that worked acceptably at one site became a liability across a network. Quality varied by location, by technician, and by shift. Rework costs climbed. Skilled labor grew harder to find and more expensive to retain. The group was expanding, but the foundation it was built on — manual processes and individual expertise — couldn't scale with it.
The decision to invest in the Gubot LSL22 Full Wheel Refurbishment Solution wasn't simply about upgrading equipment. It was about replacing a labor-dependent model with one built around automation, standardization, and repeatable output across every site.
The group's introduction to the LSL22 came at Automechanika Shanghai, where the system stood out not as a standalone lathe but as a complete, end-to-end workflow solution. Seeing it demonstrated in full — from automated cleaning through to the finished diamond cut — made the business case immediately clear. What the group needed wasn't another piece of equipment to bolt onto an existing process; it was a system that could define the process itself, identically, at every location.
Before committing to a multi-site rollout, the team worked closely with Gubot to verify compliance with Australian electrical standards and workplace health and safety regulations. Units were configured for local voltage requirements, safety interlocks and emergency stop systems were confirmed, and on-site training was arranged to ensure technicians across all branches could operate the system to the same standard from day one.
The LSL22 is not a lathe with accessories — it is a synchronized workflow covering every stage of the refurbishment process. Wheels move from automated cleaning, through structural straightening, into dedicated spray and curing stages sized specifically for wheel dimensions, and finally to the CNC diamond cut. Each stage feeds into the next without the dead time and disconnection that characterizes a piecemeal setup. The laser and probe-based detection system maps each wheel's profile with micron-level accuracy, generates the cutting path automatically, and executes the diamond cut in three to five minutes per wheel. Total machine time from probing to finished cut runs well under ten minutes.
Critically, the software standardizes the output. The cutting parameters, the optimization logic, the quality benchmarks — all of it is identical across every machine in the group's network. A wheel refurbished in Sydney produces the same result as one refurbished in Melbourne, without either shop needing a specialist CNC operator on staff. New technicians across all locations reached full operational proficiency within a matter of days, not months.
The impact on throughput was significant. By automating the probing and cutting phases, the group substantially increased the number of wheels processed per shift without adding headcount. Rework — previously one of the most consistent drains on margin, caused by manual measurement error and over-cutting — dropped sharply. Precise automated cutting removes only the necessary layer of material, preserving wheel integrity and eliminating the costly mistakes that come with human fatigue and variability.
On the revenue side, the LSL22 enabled the group to offer factory-standard diamond cut repair as a premium service line, attracting the high-end clientele — BMW, Mercedes-Benz, Tesla — who represent both the strongest demand and the highest willingness to pay for precision finishing. The combination of labor savings, rework reduction, and premium service pricing compressed the payback period to a point that made the multi-site rollout straightforward to justify financially.
Perhaps the most significant outcome of the LSL22 investment is structural. The group now has a replicable model for opening new locations: the LSL22 serves as a turnkey wheel refurbishment department, identical in process and output to every existing site. There is no need to source a skilled technician before a new branch can offer the service, no ramp-up period while local staff develop manual proficiency, and no quality variation while a new team finds its footing. The system installs, the team trains in days, and the output matches the network standard from the first wheel.
In a market where premium vehicles are increasingly the norm and customer expectations for precision finishing continue to rise, that consistency is a durable competitive advantage — one that compounds across locations rather than diluting as the group grows.