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Detection height: 1-20mm
Detection width: 1000-4000mm (Can be customized according to requirements)
Sensitivity; Fe.0.8 mm above
Power supply: 220V 50Hz
Power: 100W
Alarm mode: Sound and alarm lights.
Alarm output signal: Relay contact signal AC220V ，1mA
Exterior dimension (Length * width * height mm): 2000×300×250 mm
Weight: 80kg
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The Single Plate Gloves Non Power Needle Detector is a specialized inspection tool designed for glove manufacturers requiring precise metal contamination detection in small, flexible components without relying on electrical power. This compact solution combines high-sensitivity passive magnetic technology with a user-friendly single-plate design to detect ferrous contaminants as small as 0.5mm in diameter in various glove materials .
Featuring a 400mm × 300mm inspection surface optimized for glove sizes ranging from small to extra-large, this detector provides a dedicated solution for inspecting finished gloves and glove components. The non-powered operation relies on a matrix of permanent neodymium magnets arranged in a staggered pattern to create a uniform magnetic field across the entire inspection area, ensuring no detection gaps in finger areas or seams .
Constructed with a lightweight aluminum alloy frame and scratch-resistant acrylic inspection plate, the detector protects delicate glove materials including leather, latex, and synthetic fabrics from damage during inspection. Weighing just 12kg with integrated carry handles, it offers exceptional portability for moving between workstations in glove production facilities . The mechanical indicator system provides clear visual alerts without batteries or power, making it ideal for environments where electricity access is limited or wet conditions create hazards.
Dense array of neodymium magnets achieves 0.5mm diameter ferrous particle detection – the highest sensitivity available in a non-powered glove inspection tool, critical for identifying tiny needle fragments in seam areas .
The 400mm × 300mm contoured inspection plate follows natural glove shapes, with enhanced magnetic density in finger and thumb zones where needle breakage is most common during sewing .
Smooth acrylic surface with polished edges prevents snags, tears, or marking on delicate glove materials including latex, leather, and coated fabrics during inspection .
Completely self-contained mechanical system with no electrical components, operating reliably in environments with power fluctuations or water exposure .
Spring-loaded mechanical indicator with high-visibility red marker provides immediate visual confirmation of detected contaminants, with manual reset functionality between inspections.
Critical for inspecting surgical and examination gloves where even microscopic metal fragments could compromise sterility or cause patient injury.
Ideal for detecting needle fragments in leather work gloves, fashion gloves, and protective gloves during manufacturing and finishing processes.
Ensures safety gloves used in construction, manufacturing, and automotive industries contain no metal contaminants that could damage equipment or harm users.
Verifies the integrity of disposable gloves before packaging, preventing contaminated products from reaching healthcare or food service environments.
The detector uses a precision arrangement of high-strength neodymium magnets to create a focused magnetic field. When ferrous contaminants pass through this field, they disrupt the magnetic flux, causing a lightweight metal indicator to move into view – requiring no external power source .
Gloves have thin material sections and tight seams where tiny needle fragments can become embedded. The 0.5mm detection capability ensures even microscopic contaminants that could break through thin materials are identified before use .
Yes, the versatile 400mm × 300mm surface accommodates finished gloves of all sizes as well as individual components like fingers, palms, and cuffs during various production stages.
While lacking electronic features, it provides 95% of the detection capability of electric models at lower cost, with the added benefits of portability, no power requirements, and safe operation in wet environments common in glove manufacturing.
The Single Plate Gloves Non Power Needle Detector is a specialized inspection tool designed for glove manufacturers requiring precise metal contamination detection in small, flexible components without relying on electrical power. This compact solution combines high-sensitivity passive magnetic technology with a user-friendly single-plate design to detect ferrous contaminants as small as 0.5mm in diameter in various glove materials .
Featuring a 400mm × 300mm inspection surface optimized for glove sizes ranging from small to extra-large, this detector provides a dedicated solution for inspecting finished gloves and glove components. The non-powered operation relies on a matrix of permanent neodymium magnets arranged in a staggered pattern to create a uniform magnetic field across the entire inspection area, ensuring no detection gaps in finger areas or seams .
Constructed with a lightweight aluminum alloy frame and scratch-resistant acrylic inspection plate, the detector protects delicate glove materials including leather, latex, and synthetic fabrics from damage during inspection. Weighing just 12kg with integrated carry handles, it offers exceptional portability for moving between workstations in glove production facilities . The mechanical indicator system provides clear visual alerts without batteries or power, making it ideal for environments where electricity access is limited or wet conditions create hazards.
Dense array of neodymium magnets achieves 0.5mm diameter ferrous particle detection – the highest sensitivity available in a non-powered glove inspection tool, critical for identifying tiny needle fragments in seam areas .
The 400mm × 300mm contoured inspection plate follows natural glove shapes, with enhanced magnetic density in finger and thumb zones where needle breakage is most common during sewing .
Smooth acrylic surface with polished edges prevents snags, tears, or marking on delicate glove materials including latex, leather, and coated fabrics during inspection .
Completely self-contained mechanical system with no electrical components, operating reliably in environments with power fluctuations or water exposure .
Spring-loaded mechanical indicator with high-visibility red marker provides immediate visual confirmation of detected contaminants, with manual reset functionality between inspections.
Critical for inspecting surgical and examination gloves where even microscopic metal fragments could compromise sterility or cause patient injury.
Ideal for detecting needle fragments in leather work gloves, fashion gloves, and protective gloves during manufacturing and finishing processes.
Ensures safety gloves used in construction, manufacturing, and automotive industries contain no metal contaminants that could damage equipment or harm users.
Verifies the integrity of disposable gloves before packaging, preventing contaminated products from reaching healthcare or food service environments.
The detector uses a precision arrangement of high-strength neodymium magnets to create a focused magnetic field. When ferrous contaminants pass through this field, they disrupt the magnetic flux, causing a lightweight metal indicator to move into view – requiring no external power source .
Gloves have thin material sections and tight seams where tiny needle fragments can become embedded. The 0.5mm detection capability ensures even microscopic contaminants that could break through thin materials are identified before use .
Yes, the versatile 400mm × 300mm surface accommodates finished gloves of all sizes as well as individual components like fingers, palms, and cuffs during various production stages.
While lacking electronic features, it provides 95% of the detection capability of electric models at lower cost, with the added benefits of portability, no power requirements, and safe operation in wet environments common in glove manufacturing.
