VeroX is a premier bespoke manufacturer of high-performance custom forged aluminum wheels. Utilizing genuine 10,000-ton hydraulic forging presses and Aerospace-Grade 6061-T6 alloy, we engineer millimeter-accurate fitments for supercars, track machines, and heavy-duty luxury vehicles globally.
Take a visual tour inside our advanced CNC machining lines, forging presses, and finishing labs.
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Skilled artisans execute manual pneumatic polishing on the wheel spokes, window cutouts, and lip contours. This process meticulously eliminates minor CNC tool marks and guarantees a flawless, ultra-smooth surface profile prior to brushing or coating.
Dedicated manual edge sanding and deburring applied directly to the outer rim flange and bead seat. This step ensures consistent radius transitions, completely removes machining burrs, and guarantees airtight tire bead sealing.
Every rim passes radial fatigue, cornering load simulations, dynamic balancing, and coordinate-measuring machine (CMM) testing to guarantee zero vibration at speed.
High-precision multi-axis CNC lathe and machining center line designed for serialized custom wheel production. It ensures exact structural alignment, balanced weight reduction pocketing, and uniform barrel profiles directly from 6061-T6 forged aerospace aluminum.
Precision orbital buffing and compound finishing on specialized coated surfaces (such as translucent candy finishes and chrome powder clears). This process eliminates orange peel and micro-abrasions to achieve a crystal-clear, deep mirror reflection.
Enclosed high-rigidity CNC machining center engineered for heavy-duty metal removal and precise geometry execution. Raw aerospace-grade forged blanks are stacked and staged for automated roughing, PCD hole drilling, and center bore milling.
Micro-tolerance CNC face milling utilizing high-pressure flood coolant to carve intricate spoke geometry out of a solid 6061-T6 aluminum forged monoblock blank. Coolant mist and fluid control cutting temperatures to maintain pristine surface finish and tight dimensional tolerances.
Automated dual-loop spindle conveyor system synchronized with an intelligent robotic transfer arm in an industrial paint finishing plant. Staged matte-coated forged wheels are seamlessly indexed through pre-heating, automated topcoat application, and infrared curing stations with zero manual contact.
High-velocity electrostatic powder spray booth featuring synchronized multi-angle spray guns and motorized rotating spindles. This automated process generates a uniform powder cloud that deeply penetrates recess pockets and inner lip contours to yield a durable, peel-resistant base layer.
Multi-angle electrostatic powder coating guns mounted on a programmed reciprocating arm. This system provides ultra-uniform powder deposition across complex 3D spoke contours, deep-dish lips, and barrel pockets with minimal material waste and zero drip marks.
Multi-layer packaging process engineered for safe international shipping. Each finished wheel is protected with a face fleece cover, molded edge foam guards, a water-resistant film layer, and a heavy-duty reinforced corrugated export carton.
Staging area for serialized forged wheel batches awaiting final dynamic balance verification, runout measurement, and CMM dimension testing. Wheels are carefully arranged on padded mobile carts to prevent surface contact and transit micro-scratches.
Heavy-duty enclosed CNC lathe executing high-speed turning, bead seat profiling, and inner barrel weight-reduction grooving. The rigid hydraulic chuck and continuous swarf chip conveyor enable strict dimensional concentricity and minimal dynamic runout on 6061-T6 forged blanks.
Skilled manual pneumatic orbital sanding focused on the intricate mesh spoke pockets, lug cavities, and inner barrel transitions. This detailing phase thoroughly smooths the primer base, removes microscopic machining ridges, and guarantees optimal mechanical adhesion for the final satin or matte topcoat.
Focused pneumatic detail sanding applied to the center bore bevel, lug holes, and dense multi-spoke junctions. This manual step refines micro-radii and guarantees a flawless base before electroplating, anodizing, or custom paint application.
Continuous automated spindle conveyor transferring mirror-polished and transparent-coated forged wheels. The motorized rotation ensures even heat distribution during pre-heating and curing stages, preventing dust contamination and heat spot anomalies.
Fully continuous automated overhead conveyor transporting forged aluminum wheels through multi-stage surface preparation, electrostatic base coating, and uniform thermal curing ovens. The high-capacity vertical suspension system ensures contaminant-free processing and consistent 360-degree heat curing across both barrel and spoke surfaces.
Industrial overhead monorail conveyor carrying forged aluminum wheels through automated wash, electrostatic powder spray, and continuous curing ovens. This setup guarantees batch-to-batch color stability, high throughput, and maximum powder adhesion durability.
Advanced Physical Vapor Deposition (PVD) chrome coating conducted in a strictly controlled dust-free cleanroom environment. Following vacuum chamber sputtering and molecular-level chrome deposition, certified technicians perform rigorous 100% surface visual inspections to verify mirror-like reflectivity, uniform coating adhesion, and superior corrosion-resistant finish across every forged wheel batch.
High-precision 6-axis industrial robotic arm operating within a positive-pressure, climate-controlled spray booth. The automated trajectory tracking ensures exact paint atomization, perfectly controlled film thickness, and flawless edge coverage on complex custom wheel geometries without overspray.
High-energy vibratory mass finishing utilizing fine ceramic abrasive media and continuous liquid compound circulation. This automated process simultaneously deburrs hidden edges, removes microscopic tooling marks, and delivers a consistent satin pre-polish finish across the entire wheel surface.
Every VeroX forged design is engineered, tested, and validated to surpass global safety mandates.
Simulating 500,000+ continuous cornering cycles at high velocity without fatigue cracks.
Strict vertical impact barrier drop test verifying absolute rim resistance against severe road hazards.
Approved load ratings and bead-seat profile engineered specifically for highway performance.
Strict batch traceability from raw 6061-T6 ingot certificates to CNC laser serialization.
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Get a 1-on-1 fitment consultation, custom caliper clearance check, and 3D FEA rendering with our CAD engineering team.
