Product Specification
YD45-003 350L Capacity Industrial Cabinet Sandblaster solves the dilemma of "limited media options, small work area, and poor adaptability" in traditional sandblasters. With "350L balanced capacity + multi-media compatibility + dual-voltage design" as core strengths, it meets diverse industrial needs while saving space, offering key advantages as follows:
- Versatile Workpiece Fit: The 94.5×60.5×60.5cm work area accommodates medium-to-large parts (e.g., automotive cylinder heads, small machinery gears) without wasting floor space. Unlike 400L+ sandblasters that occupy excessive room, its 104×93×162cm overall size fits in small-to-medium workshops, making it ideal for businesses with limited space.
- Efficient Batch Processing: The 350L capacity allows loading 2-3 medium parts (e.g., 2× metal brackets) at once. For batch tasks (e.g., 30 automotive components), this cuts processing time by 25% compared to small 200L sandblasters, boosting daily throughput.
- Wide Media Range: Unlike sandblasters limited to 1-2 media types, YD45-003 works with silica sand (heavy rust removal), glass beads (delicate aluminum finishing), silicon carbide (tough oxidation removal), emery (metal polishing), and plastic sand (non-abrasive cleaning). This eliminates the need for multiple specialized machines, reducing equipment costs by 40%.
- Adjustable Pressure for Media: The 60-125 PSI pressure range matches different media: use 60-80 PSI for glass beads/plastic sand (to avoid part damage) and 100-125 PSI for silica sand/silicon carbide (for heavy-duty tasks). The air regulator ensures precise pressure control, consistent results across media types.
- Industrial-Grade Structure: 14-gauge steel legs and 16-gauge steel panels (powder-coated inside and out) resist corrosion and impact. The perforated steel flooring supports up to 200kg workpieces, while the brass flow valve in the foot pedal withstands 7,000+ cycles – ensuring long-term use in busy workshops.
- Hands-Free Foot-Pedal Control: The foot-pedal activates blasting, freeing hands to adjust workpieces or maneuver the pistol-grip gun. This design improves precision (e.g., targeting small rust spots on engine parts) and reduces operator fatigue during 1+ hour tasks. The integrated media metering valve (no suction tubes) further enhances efficiency by preventing clogs and reducing media waste.
- Dual-Voltage Compatibility: 110V/60Hz or 230V/50Hz power input fits global electrical standards, making it suitable for workshops in North America, Europe, and Asia. The 12V output ensures safe operation of internal components (e.g., lighting).
- Full Safety Protection: Natural rubber/vinyl gloves shield hands from abrasive media, while the enclosed cabinet contains dust and debris – meeting OSHA and EU safety standards. External fluorescent lighting ensures operators see fine details, reducing rework rates by 15%.
Scenario Requirement: A repair shop needs to refurbish 15 automotive engine blocks (each 80×50×45cm) – remove old paint/rust and finish with glass beads for a clean surface. The shop has limited space (30㎡) and uses 110V power.
Operation Process:
- Prep & Setup: Load one engine block into the 350L cabinet (fits easily), connect to a 110V power supply and 120 PSI air compressor, put on blast gloves;
2. Blasting Steps: First use silica sand (110 PSI) to remove rust/paint (12 minutes), then switch to glass beads (70 PSI) for finishing (8 minutes);
3. Media Recycling: After each block, open the clean-out door to remove debris; 96% of media is recycled;
4. Completion: 15 blocks processed in 5 hours; all meet refurbishment standards.
Effect: Compact size fits small shop; multi-media use achieves desired finish; dual-voltage matches shop power.
Scenario Requirement: A metalworking studio creates 20 custom aluminum art pieces (each 60×40×30cm) – needs to blast with plastic sand (non-abrasive) for a smooth texture. The studio uses 230V power.
Operation Process:
- Setup: Set pressure to 65 PSI, load plastic sand into the cabinet, connect to 230V power;
2. Batch Blasting: Load 2 art pieces at once (350L capacity allows side-by-side placement), blast for 5 minutes per batch;
3. Precision: External lighting ensures uniform blasting; no scratches on delicate aluminum;
4. Efficiency: 20 pieces completed in 3 hours; no need for manual sanding.
Effect: Multi-media compatibility suits custom work; dual-voltage fits studio power; compact design saves space.
Scenario Requirement: A plant produces 50 small gearboxes (each 70×50×40cm) – needs to remove factory rust before assembly. The plant uses 230V power and requires high efficiency.
Operation Process:
- Batch Loading: Load 2 gearboxes into the cabinet, set pressure to 100 PSI with silica sand;
2. Blasting: Activate foot pedal, blast each batch for 10 minutes; operators alternate loading/unloading;
3. Media Reuse: 95% of silica sand is recycled, cutting media costs;
4. Completion: 50 gearboxes processed in 7 hours; all meet assembly standards.
Effect: Batch processing boosts output; heavy-duty build handles daily use; media recycling reduces costs.
A1: Clogging with fine media is due to screen or valve issues. Solutions: 1) Check the Separating Screen: Replace the standard large-particle screen with a fine-mesh screen (available from the manufacturer) to prevent fine media from falling into debris; 2) Adjust Media Flow: Reduce pressure to 60-70 PSI for fine media – high pressure can compact media and cause clogs; 3) Clean the Metering Valve: After use, flush the valve with compressed air (60 PSI) to clear residual fine media. These steps prevent clogging for fine media types.
A2: No. The cabinet is designed for indoor, climate-controlled workshops: 1) Moisture Risk: Outdoor/unheated environments have high humidity, which causes media clumping (reducing efficiency) and cabinet rust (damaging the powder coating); 2) Temperature Impact: Freezing temperatures can crack the cabinet’s steel panels or damage rubber gloves. For outdoor tasks, use a portable outdoor sandblaster – YD45-003 is not suitable for exposed environments.
A3: Light failure is usually due to power or bulb issues. Fixes: 1) Check Power Connection: Ensure the cabinet is connected to the correct voltage (110V/230V) and the 12V output module is functioning (test with a multimeter); 2) Replace the Bulb: Turn off power, remove the light cover, and replace the fluorescent bulb with a compatible 12V model (use manufacturer-recommended bulbs); 3) Inspect Wiring: Check for loose or damaged wires inside the light housing – repair or replace if needed. Regular bulb replacement (every 6-12 months) prevents sudden failure.
A4: Silica sand can pose respiratory risks if not used properly. Follow these safety steps: 1) Use a Dust Collector: Connect the cabinet to an industrial dust collector to remove silica dust (prevents operator inhalation); 2) Wear Respiratory Protection: Operators must wear a NIOSH-approved respirator (not just gloves) when using silica sand; 3) Limit Exposure: Avoid prolonged use of silica sand – alternate with glass beads or plastic sand for non-heavy tasks. The cabinet’s enclosed design reduces dust leakage, but additional safety measures are critical for silica sand use.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
-
Business Type:
Manufacturer,Trading Company
-
-
-
Employee Number:
110~120
-
Ecer Certification：
Verified Supplier
+ Read More
