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The suction fed blast cabinet includes an integral reverse pulse dust extraction unit to save space and minimise dust emissions.
For production applications where a less aggressive surface treatment is required, suction fed shot blasters offer advanced features to ensure efficient operation and maximum operator comfort. It incorporates an integral reverse jet dust collector to save space and minimise dust emissions.
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disa@disachina.com
Key Features
Operator Comfort & Safety: Large viewing window with high-visibility ventilation (900 Lux), elliptical glove ports adjustable for various heights, anti-static gauntlets, and low-noise operation.
Efficient Performance: Integrated reverse-jet dust extraction (3mg/m³ efficiency) and an adjustable feed valve for superior, consistent abrasive flow.
Robust Design: Heavy-duty construction with a right-side interlocked access door, internal blow-down gun, and foot-pedal operated blasting gun.
Proven Heritage: Previously utilized for medical-grade salt blasting, ensuring compliance with high cleanliness standards.
Typical Applications
Cosmetic Finishing: Enhance product appeal by addressing minor surface imperfections to create competitive cosmetic finishes.
Deburring: Efficiently remove lightly attached burrs from complex machined components, even in areas with poor accessibility, without damaging fragile materials.
Deflashing: Rapidly and thoroughly remove brittle flash from resin-molded or die-cast parts via precise selective impact, leaving adjacent surfaces unaltered.
Descaling: Quickly eliminate heat scale, oxides, rust, weld scale, and corrosion to restore components prior to painting, plating, or coating.
Maintenance & Refurbishment: Ideal for automotive core remanufacturing, tool refurbishment (TCT/diamond routers, saw blades, drills), and general maintenance in workshops and depots. Eliminates laborious hand work and chemical cleaning.
Surface Etching: Achieve critical surface preparation ("keying") for improved adhesion on performance-critical components, such as medical implants prior to ceramic or PVD/CVD coating.
Technical Specifications
Power Consumption: 0.55 kW
Air Consumption: 1.1 m³/min (36 cfm)
Lighting Level: 900 Lux (average)
Dust Collector Efficiency: ≤ 3 mg/m³
Electrical Supply: 400V, 50Hz, 3-Phase
Dimensions
External (W × D × H): 1450 mm × 1000 mm × 2000 mm
Internal Working Area (W × D × H): 875 mm × 750 mm × 600 mm
Operator Comfort & Safety: Large viewing window with high-visibility ventilation (900 Lux), elliptical glove ports adjustable for various heights, anti-static gauntlets, and low-noise operation.
Efficient Performance: Integrated reverse-jet dust extraction (3mg/m³ efficiency) and an adjustable feed valve for superior, consistent abrasive flow.
Robust Design: Heavy-duty construction with a right-side interlocked access door, internal blow-down gun, and foot-pedal operated blasting gun.
Proven Heritage: Previously utilized for medical-grade salt blasting, ensuring compliance with high cleanliness standards.
Typical Applications
Cosmetic Finishing: Enhance product appeal by addressing minor surface imperfections to create competitive cosmetic finishes.
Deburring: Efficiently remove lightly attached burrs from complex machined components, even in areas with poor accessibility, without damaging fragile materials.
Deflashing: Rapidly and thoroughly remove brittle flash from resin-molded or die-cast parts via precise selective impact, leaving adjacent surfaces unaltered.
Descaling: Quickly eliminate heat scale, oxides, rust, weld scale, and corrosion to restore components prior to painting, plating, or coating.
Maintenance & Refurbishment: Ideal for automotive core remanufacturing, tool refurbishment (TCT/diamond routers, saw blades, drills), and general maintenance in workshops and depots. Eliminates laborious hand work and chemical cleaning.
Surface Etching: Achieve critical surface preparation ("keying") for improved adhesion on performance-critical components, such as medical implants prior to ceramic or PVD/CVD coating.
Technical Specifications
Power Consumption: 0.55 kW
Air Consumption: 1.1 m³/min (36 cfm)
Lighting Level: 900 Lux (average)
Dust Collector Efficiency: ≤ 3 mg/m³
Electrical Supply: 400V, 50Hz, 3-Phase
Dimensions
External (W × D × H): 1450 mm × 1000 mm × 2000 mm
Internal Working Area (W × D × H): 875 mm × 750 mm × 600 mm
Q: What are the main benefits of shot peening for springs?
A:
Extended Service Life:
By applying shot peening, residual stress on the spring surface is reduced, the material structure is compacted, and a harder surface layer is formed. This significantly improves the spring’s service life and reliability, delays spring fracture, extends its longevity, and removes production-related burrs.
Enhanced Fatigue Resistance:
Compaction of the surface structure positively affects fatigue strength, strengthening the spring’s resistance to alternating stresses. This enables the spring to withstand higher loads and repeated cycles without performance degradation, while also significantly extending the service life of components such as connecting rods, gears, knuckles, and crankshafts.
Reduced Cracking:
Targeted surface compaction counteracts the formation of stress cracks and microcracks, optimizing the spring’s structural integrity. This makes it an indispensable technology in industries relying on spring reliability and durability.
Improved Corrosion Resistance:
Cracks often result from corrosion. Shot peening creates a denser surface layer, which resists environmental impacts like cold and moisture, making springs more corrosion-resistant.
