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Pressure fed blasting cabinet
The Pressure Blast Cabinet is a new generation of surface treatment equipment specially designed for high-intensity production environments. With its robust steel structure, excellent ergonomic design, and operating efficiency up to 4 times faster than traditional suction systems, it has become an ideal choice to replace time-consuming processes such as manual deburring, pickling, and grinding. Whether for component manufacturers, refurbishment factories, or remanufacturing centers, this equipment can provide fast, clean, and consistent sandblasting finishing results.
The pressure-type sandblasting cabinet is specially designed for high-intensity production environments. With its unique design that directly propels abrasives, its operating efficiency is up to 4 times higher than that of traditional suction-type systems, and it can quickly replace the cumbersome manual deburring and grinding processes. The main body of the equipment is welded with 2mm low-carbon steel and coated with a high-quality powder coating, paired with a 4mm heavy-duty front-loading door. While ensuring extreme rigidity, tightness, and corrosion resistance, it optimizes the operating space and loading/unloading efficiency. The people-oriented design concept runs through: a large viewing window combined with shadowless LED lighting provides a clear view, and comfortable heavy-duty rubber gloves, a reasonably arranged control panel, and a door-controlled safety interlock device together ensure precise and safe operation. In addition, its built-in intelligent balanced dust removal system (12 filter bags with manual shaking) not only achieves a dust-free workshop but also minimizes abrasive loss through precise airflow control. Combined with the externally easy-to-maintain valve design, it provides users with an efficient, environmentally friendly, and durable surface treatment solution.
Typical Application Scenarios:
Disa pressure fed sandblasting cabinet is suitable for various complex surface treatment tasks, capable of handling a wide range of needs from delicate components to heavy-duty rust removal:
Deburring: Quickly removes minor burrs from complex machined parts, especially applicable to areas that are hard to reach manually, without damaging fragile materials.
Deflashing: Cleanly removes brittle flash from resin-molded or die-cast parts through precise selective impact, without altering adjacent surfaces.
Descaling and Rust Removal: Efficiently removes heat treatment scale, surface discoloration, oxides, weld slag, and corrosion layers, preparing for subsequent painting, electroplating, or coating processes.
Surface Etching: Provides surface "roughening" treatment for critical components such as medical implants, significantly improving the adhesion of ceramic or PVD/CVD coatings.
Maintenance and Renovation: Widely used in automotive repair, tool renovation (such as drill bits, saw blades, TCT tools), and military depot maintenance, replacing tedious manual grinding and chemical cleaning.
To ensure that the Disa pressure-fed sandblasting cabinet performs at its optimal level, the user's site must meet the following conditions:
Air Supply
Connection: The machine is equipped with a 1/2" BSP male connector and a 3-meter air hose. The user's site must be equipped with a corresponding 1/2" BSP female connector.
Distance: The distance from the air source interface to the machine's installation position must not exceed 3 meters.
Pipeline: It is strictly forbidden to use connectors with smaller diameters (such as quick push-pull connectors) that restrict air flow.
Air Quality: The air compressor must be equipped with a Dryer to prevent moisture from entering the system and affecting abrasive flow and workpiece quality.
Flow Rate: The air compressor must be able to continuously supply an air volume of 18-30 CFM.
Electrical Supply
Voltage: Standard single-phase 380V.
Socket: A standard 3-phase industrial socket must be provided.
The Disa pressure sandblasting cabinet is not just a cleaning device; it is a key investment that improves production efficiency, reduces labor costs, and ensures consistent surface treatment quality. With its core characteristics of "fast speed, good visibility, and greater durability, " as well as the industry-leading 2-year warranty service, it is the ideal choice for modern industrial workshops for surface finishing, deburring, and renovation.
Typical Application Scenarios:
Disa pressure fed sandblasting cabinet is suitable for various complex surface treatment tasks, capable of handling a wide range of needs from delicate components to heavy-duty rust removal:
Deburring: Quickly removes minor burrs from complex machined parts, especially applicable to areas that are hard to reach manually, without damaging fragile materials.
Deflashing: Cleanly removes brittle flash from resin-molded or die-cast parts through precise selective impact, without altering adjacent surfaces.
Descaling and Rust Removal: Efficiently removes heat treatment scale, surface discoloration, oxides, weld slag, and corrosion layers, preparing for subsequent painting, electroplating, or coating processes.
Surface Etching: Provides surface "roughening" treatment for critical components such as medical implants, significantly improving the adhesion of ceramic or PVD/CVD coatings.
Maintenance and Renovation: Widely used in automotive repair, tool renovation (such as drill bits, saw blades, TCT tools), and military depot maintenance, replacing tedious manual grinding and chemical cleaning.
To ensure that the Disa pressure-fed sandblasting cabinet performs at its optimal level, the user's site must meet the following conditions:
Air Supply
Connection: The machine is equipped with a 1/2" BSP male connector and a 3-meter air hose. The user's site must be equipped with a corresponding 1/2" BSP female connector.
Distance: The distance from the air source interface to the machine's installation position must not exceed 3 meters.
Pipeline: It is strictly forbidden to use connectors with smaller diameters (such as quick push-pull connectors) that restrict air flow.
Air Quality: The air compressor must be equipped with a Dryer to prevent moisture from entering the system and affecting abrasive flow and workpiece quality.
Flow Rate: The air compressor must be able to continuously supply an air volume of 18-30 CFM.
Electrical Supply
Voltage: Standard single-phase 380V.
Socket: A standard 3-phase industrial socket must be provided.
The Disa pressure sandblasting cabinet is not just a cleaning device; it is a key investment that improves production efficiency, reduces labor costs, and ensures consistent surface treatment quality. With its core characteristics of "fast speed, good visibility, and greater durability, " as well as the industry-leading 2-year warranty service, it is the ideal choice for modern industrial workshops for surface finishing, deburring, and renovation.
