April 19, 2026
Industry: Automotive Wheel Restoration Location: Lebanon Equipment Added: Gubot LSB300 Wheel Straightening Machine & Gubot LSL28 CNC Diamond Cut Wheel Lathe Timeline: 2022
Lebanon's roads carry a growing number of luxury and high-end vehicles whose owners have little tolerance for substandard repair work. When a premium alloy wheel is damaged, the expectation is a result indistinguishable from the factory original — not a cosmetic approximation. This workshop and dealer recognised that gap early: local demand for professional diamond cut wheel repair was rising steadily, while the available supply of shops capable of delivering genuine OEM-quality results remained thin. The opportunity was real, but capitalising on it required infrastructure that could back up the promise.
The decision that defined this investment was the choice to go beyond a standard single-lathe setup. Many shops approach wheel refurbishment by acquiring a CNC lathe and treating structural issues as secondary. This workshop took a different view: attempting cosmetic machining on a wheel that isn't structurally sound is both a quality risk and a safety risk. If a rim has even a slight bend or flat spot, the cutting process will be uneven — removing too much material in some areas, too little in others. The only way to guarantee a factory finish is to guarantee a structurally correct wheel first. That logic drove the dual-machine investment.
The workflow begins with the Gubot LSB300 wheel straightening machine. Using a hydraulic system designed for controlled, precise pressure application, the LSB300 corrects bends and deformities across a wide range of rim sizes — from standard passenger vehicles to large-diameter luxury SUV wheels — without compromising the metal's structural integrity. Built-in detection capability identifies flat spots and lateral runout that visual inspection would miss. No wheel moves to the cosmetic phase until this step confirms it is structurally sound and perfectly round.
From there, the Gubot LSL28 CNC wheel lathe handles the aesthetic restoration. Its automated ruby probe scans the wheel's full profile before cutting, mapping the exact geometry and generating the cutting path without manual input. The diamond-tipped cutter then removes only the thinnest necessary layer of aluminium, restoring the signature rainbow-effect diamond cut shine while preserving the wheel's lifespan. The interface is designed for workshop technicians rather than programmers — most staff reach comfortable operating proficiency within a few days — and the machine accommodates wheel diameters up to 28 inches, covering the full range of vehicles the Lebanese luxury market brings in.
Bringing both machines in-house eliminated outsourcing entirely. The workshop now controls every stage of the repair process — structural correction, precision machining, and quality verification — under one roof, on its own schedule. Turnaround times that previously stretched across days due to third-party coordination now run within a single working day. Daily volume capacity increased substantially, and the consistency of output improved to the point where rework became negligible. Every wheel leaving the shop passes through a standardised two-stage process that guarantees both structural integrity and cosmetic quality.
The combination also repositioned the business competitively. Dealerships looking for a reliable refurbishment partner for trade-in vehicles found a shop that could handle volume without compromising on the OEM finish standard their customers expect. That institutional work, alongside the growing retail client base, provided a stable and diversified revenue foundation.
The financial case for the dual-machine setup resolved within six to twelve months for comparable operations at this volume. The elimination of outsourcing fees restored full margin retention on every job. Premium positioning — supported by results that genuinely meet luxury vehicle owner expectations — justified service pricing above what competitors relying on manual methods could credibly charge. The LSB300 and LSL28 together function as a complete in-house ecosystem rather than two separate tools, and the compounding effect of that integration on throughput, quality, and customer retention is what drives the ROI calculation.
This case makes a clear argument for treating wheel refurbishment as a complete process rather than a cosmetic service. Structural integrity and surface finish are inseparable in high-end wheel repair, and investing in the infrastructure to address both — without outsourcing either — is what allows a workshop to build a reputation that genuinely speaks for itself. In a market where luxury vehicle owners make decisions based on visible quality, that reputation is the most durable competitive asset a shop can develop.