Suction Type Air-Operated Cabinet Blasting Machines are designed for controlled surface cleaning and finishing of small to medium components. Using a suction-based system, abrasive media is drawn through the blast gun, providing precise and consistent blasting performance. The enclosed cabinet ensures dust-controlled operation, improving safety and visibility. Ideal for workshops, tool rooms, and precision applications, these systems are suitable for deburring, cleaning, and surface finishing. Efficient media recycling and ergonomic design enhance usability and reduce operational costs.
Air-Operated Conveyor Belt Cabinet Pressure Blasting Machines are designed for continuous processing of small components in enclosed environments. The conveyor system moves parts through the blasting zone, ensuring uniform exposure to high-velocity abrasive media. Pressure-based blasting delivers higher impact energy, enabling faster cleaning and improved surface preparation. Ideal for fasteners, small fabricated parts, and batch production, these systems combine productivity with precision. Integrated dust collection and media recovery systems ensure clean and efficient operation.
Pressure Type Air-Operated Cabinet Blasting Machines provide high-intensity surface cleaning for components requiring aggressive material removal. Using a pressurized abrasive system, these machines deliver consistent and powerful blasting performance. The enclosed cabinet design ensures controlled operation, improved safety, and reduced dust exposure. Ideal for removing heavy rust, scale, and coatings, they are widely used in maintenance, fabrication, and industrial workshops. Durable construction and efficient abrasive flow systems ensure reliable performance and long service life.
Explore a wide range of industries where shot blasting plays a critical role in improving surface quality, durability, and production efficiency. From automotive and foundry to fabrication and heavy engineering, Jinil’s solutions are designed to meet diverse application needs, ensuring reliable surface preparation, consistent finishing, and optimized performance across demanding industrial environments.