Product Overview
The Industrial Benchtop Sand Blasting Cabinet is a compact, zero-leakage workshop station designed to rapidly remove rust, scale, and coatings from precision parts via foot-pedal actuated abrasive blasting.
Specification
|
Model |
SG2500 |
SG2000 |
SG1600 |
|
Voltage |
380v |
380v |
380v |
|
Power(W) |
3.5kw |
3.5kw |
3.5kw |
|
Max. glass width |
2500mm |
2000mm |
1600mm |
|
Working speed |
35-46m2/H |
28-36m2/H |
20-30m2/H |
|
Dimension |
6800*1500*3300mm |
6800*1500*2800mm |
4700*1500*2300mm |
|
Weight |
1200kg |
1100kg |
1000kg |
Factory Assets & Production Capacity:
CNC Vertical Machining Centers (3 Sets): Ensures micron-level alignment for cabinet doors and hinge seating to eliminate structural warping.
Precision Machining Fleet: Equipped with 5 Heavy-Duty CNC Lathes, 4 Grinding Units, and 10 Line/Laser Cutting Systems for high-tolerance component finishing.
In-House Coating Lines: Automated bending, high-strength industrial welding, and multi-layer corrosion-resistant powder spraying.
Rigid Quality & Zero-Leakage Standards
Pressure drops and dust leakage ruin workshop safety and operational efficiency. We utilize premium industrial components to ensure our benchtop cabinets run continuously under rigorous factory environments.
Premium Component Baseline:
Electrical Systems: Schneider Electric controls and safety interlocking switches.
Pressure Regulation: High-accuracy adjustable regulators with analog/digital shock-resistant gauges.
Blasting Core: Heavy-duty foot-pedal actuated guns paired with quick-change Boron Carbide or Ceramic nozzles.
5-Step Quality Assurance (QA) Protocol
Material Integrity Check: 100% verification of cold-rolled steel sheet thickness.
Zero-Leakage Pressure Test: Enclosure and glove-port seals are tested under negative pressure to prevent dust escape.
Air Circuit Fatigue Test: Pressurized up to 120 PSI to identify and eliminate potential internal pressure drops.
8 to 24-Hour Continuous Dry Run: Mechanical and extraction elements are stress-tested before packing.
Traceable FAT Report: Factory Acceptance Test (FAT) compliance documentation and calibration data included with every shipment.
Applications & Media Compatibility Guide
Engineered as a standalone, space-saving unit for diverse industrial finishing workflows.
Target Industries:
Automotive Restoration: Rapid stripping of rust, scale, and carbon deposits from engine blocks and gears.
Precision Tooling & Hardware: Creating the ideal surface profile anchor before powder coating, painting, or anodizing.
Aviation & Medical Components: Fine matte finishing of complex castings without altering dimensional tolerances.
Abrasive Media Matching:
Compatible Types: Glass beads (satin finish), Aluminum Oxide (fast stripping), Silicon Carbide, Crushed Glass, and Plastic media.
Mesh Range: Supports a wide abrasive grit distribution from 40 mesh down to 120 mesh.
Global Logistics & Post-Purchase Infrastructure
100% Export Ready: Established shipping routes covering Europe, North America, Southeast Asia, and the Middle East.
Regional Branch Hubs: Active parts stock and localized technical support via our branch offices in Egypt and Qatar to minimize transcontinental waiting times.
Lead Time Commitment: Standard models dispatch within 7 days; custom OEM/ODM batches delivered in 25–30 days.
Service Commitment: 24/7 online remote troubleshooting with a guaranteed initial response time within 30 minutes.
FAQ
Q: What air compressor specifications (CFM and PSI) are required to run this cabinet efficiently?
A: Optimal performance depends on the nozzle orifice size. Generally, our benchtop cabinets operate efficiently between 60 to 100 PSI and require a continuous air delivery of 8 to 15 CFM. We recommend pairing the unit with a minimum 3 HP to 5 HP industrial shop compressor.
Q: Can this machine handle highly aggressive media like Aluminum Oxide or Steel Grit?
A: Yes. The cabinet body interior is treated with wear-resistant liners. However, when running aggressive media like Aluminum Oxide, we strictly recommend upgrading to our ultra-durable Boron Carbide nozzles instead of standard ceramic ones to prevent rapid gun wear.
Q: What are the main wear items, and what is their average operational lifespan?
A: The primary consumables are the blast nozzles, internal protective window films, and the abrasive media itself. A standard ceramic nozzle lasts 10 to 30 hours of active blasting, whereas an upgraded Boron Carbide nozzle lasts over 500 hours. Protective window sheets can be replaced in less than 2 minutes via a quick-slot design.
Q: Do you supply replacement parts in bulk, and can we source them locally?
A: Every machine ships with a complimentary starter kit of nozzles and window films. We offer volume-tiered B2B pricing on factory-direct consumables stocked in our main facility and overseas hubs (Egypt/Qatar). Additionally, all air fittings and threads follow international standard sizing, allowing local sourcing if required.
Q: What options do you offer for B2B customization, OEM/ODM, or private labeling?
A: As a direct manufacturer with an in-house CNC and engineering team, we offer extensive OEM/ODM support. We can customize sheet metal dimensions, modify dust extraction ports, reposition foot valves, and apply custom corporate color schemes/private branding for bulk contract orders (MOQ applies).
Q: How is the equipment packed to prevent transit damage, and what assembly is required?
A: All units are packed inside heavy-duty, export-standard reinforced plywood crates with custom-molded high-density foam inserts to cushion against sea/air transit impacts. The benchtop unit arrives 95% pre-assembled. You only need to hook up your air supply line, load your abrasive media, and connect the electrical source for the LED lighting.
Q: What documentation, certifications, and compliance reports do you provide for customs clearance?
A: Every shipment includes a complete documentation pack: CE Declaration of Conformity, ISO 9001 Factory Quality Certificates, Commercial Invoice, Packing List, and an English User Manual. Digital copies of compliant test certificates, factory calibration data, or MSDS for complementary media can be requested pre-shipment.
Q: How does the cabinet prevent hazardous dust from leaking into the workshop?
A: The cabinet is engineered from thick cold-rolled steel featuring double-layer rubber gaskets along all door seams. The heavy-duty blasting gloves are mechanical-clamp locked into the port frames. When connected to a dust extractor via the rear port, it creates a continuous negative pressure environment, containing 100% of fine particulates.
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