Taomiao Motor has long faced challenges such as unstable traditional painting processes, repeated repainting, and rising labor costs. These issues closely mirror the broader difficulties highlighted across the automotive body and paint industry, including a shortage of skilled craftsmen, quality that depends heavily on individual technicians, and excessively high rework rates.

The PG-90E features a high-sensitivity biomimetic robotic arm and precision spray nozzles, integrated with an AI-driven image recognition system to accurately identify vehicle geometry and coating areas. This fully aligns with the XTRITON PG-90E capability to recognize vehicle bodies and record coating zones, automatically generating optimal spray paths and parameters for consistent, high-quality results.
When a classic black TOYOTA vehicle enters the paint booth, the PG-90E’s AI scanning system automatically identifies the doors, hood, and rear trunk, then sets the spray parameters and average coating thickness. Even when operated by different technicians, it consistently delivers rich, uniform paint coverage with no runs or streaks.

Color Consistency and Quality Stability

The XTRITON PG-90E delivers three major quality advancements: results that are unaffected by human factors, precise color matching, and consistent coating thickness and uniform coverage. Leveraging the PG-90E’s high-precision control, TOYOTA Taomiao Motor uses the AI biomimetic spray robot to dynamically fine-tune spray speed and angles based on real-time monitoring—significantly reducing color variance and rework rates in automotive painting.

Color Innovation: Custom-Formulated XTRITON Paint Finishes

TOYOTA Taomiao Motor and XTRITON collaborated to develop limited-edition vehicle colors. Using the PG-90E, a thin base coat is first applied, followed by layer-by-layer point spraying of XTRITON’s custom-mixed paints. AI intelligence precisely controls droplet distribution to create rich gloss and deep visual layering. This specialized process achieves stable paint film consistency through automated coating records and high-precision motion control.