+86 15814116500  |
Tunnel height: 100mm～200mm
Tunnel width: 1200mm～2000mm
Sensitivity: Feφ≥0.8mm
Power supply: 220V 50Hz
Power: 100W
Alarm mode: Sound and light alarm, and automatically stop
Exterior dimension (Length * width * height mm) : 2820×1840×900mm
Weight: 400kg
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The Gloves Non Power Needle Detector Wide Convey is a specialized, energy-efficient inspection device designed specifically for detecting metal contaminants in gloves and handwear products. Unlike traditional needle detectors, this innovative system operates without requiring a continuous power supply, making it ideal for use in production areas where electrical access is limited or for portable inspection needs. The detector features a wide conveyor surface optimized for inspecting various glove types, from thin medical gloves to heavy-duty industrial handwear.
Utilizing passive magnetic induction technology, the system reliably detects ferrous metal contaminants such as broken needles, pins, and metal fragments that may be introduced during the manufacturing process. The non-powered design eliminates electrical hazards in wet environments often encountered in glove production facilities. With a focus on simplicity and reliability, this detector provides an essential quality control solution for glove manufacturers seeking to ensure product safety and compliance with industry standards.
The most distinctive feature of this detector is its ability to operate without electricity, using passive magnetic technology to detect metal contaminants. This design eliminates power cord restrictions, reduces energy costs, and enhances safety in wet production environments.
The extra-wide conveyor provides ample space for inspecting gloves of various sizes and styles, from small disposable gloves to large industrial gloves. This design ensures complete coverage of the product surface during inspection.
Despite its non-powered design, the detector maintains high sensitivity to ferrous contaminants, capable of detecting metal fragments as small as 1.0mm in diameter. This sensitivity ensures compliance with safety standards for glove products.
Built with robust materials resistant to water and chemicals commonly found in glove manufacturing, the detector features a corrosion-resistant frame and easy-to-clean conveyor surface suitable for harsh production environments.
The detector requires no complex setup or calibration, making it accessible to operators with minimal training. Inspection is performed by simply placing gloves on the conveyor and observing for detection alerts.
Essential for inspecting latex, nitrile, and vinyl medical gloves, ensuring they are free from metal contaminants that could compromise sterility or cause injury to healthcare workers and patients.
Inspects heavy-duty work gloves used in construction, manufacturing, and automotive industries, preventing metal fragments from causing injury or equipment damage.
Used in the production of disposable gloves for food service, cleanrooms, and laboratories, ensuring these single-use products meet safety standards.
Inspects specialized protective gloves such as cut-resistant, heat-resistant, and chemical-resistant gloves, maintaining their protective qualities by ensuring no hidden metal contaminants are present.
The detector uses permanent magnets arranged in a specific configuration to create a magnetic field. When a ferrous metal contaminant passes through this field, it causes a measurable disturbance that triggers a mechanical or visual alert system, typically a movable indicator or audible click.
While sensitivity varies by product thickness, the detector can reliably detect ferrous metal contaminants as small as 1.0mm in diameter in standard glove materials. Detection capability may decrease slightly for extremely thick or multi-layered gloves.
For most glove inspection applications, the non-powered detector provides comparable detection capability for ferrous contaminants. Electric models may offer greater sensitivity for non-ferrous metals or smaller particles, but our non-powered design provides an effective balance of performance and simplicity.
Maintenance requirements are minimal due to the non-powered design. Regular cleaning of the conveyor surface to remove debris and periodic verification with test pieces (1.0mm steel balls) are recommended to ensure continued performance. The permanent magnets require no replacement under normal operating conditions.
The Gloves Non Power Needle Detector Wide Convey is a specialized, energy-efficient inspection device designed specifically for detecting metal contaminants in gloves and handwear products. Unlike traditional needle detectors, this innovative system operates without requiring a continuous power supply, making it ideal for use in production areas where electrical access is limited or for portable inspection needs. The detector features a wide conveyor surface optimized for inspecting various glove types, from thin medical gloves to heavy-duty industrial handwear.
Utilizing passive magnetic induction technology, the system reliably detects ferrous metal contaminants such as broken needles, pins, and metal fragments that may be introduced during the manufacturing process. The non-powered design eliminates electrical hazards in wet environments often encountered in glove production facilities. With a focus on simplicity and reliability, this detector provides an essential quality control solution for glove manufacturers seeking to ensure product safety and compliance with industry standards.
The most distinctive feature of this detector is its ability to operate without electricity, using passive magnetic technology to detect metal contaminants. This design eliminates power cord restrictions, reduces energy costs, and enhances safety in wet production environments.
The extra-wide conveyor provides ample space for inspecting gloves of various sizes and styles, from small disposable gloves to large industrial gloves. This design ensures complete coverage of the product surface during inspection.
Despite its non-powered design, the detector maintains high sensitivity to ferrous contaminants, capable of detecting metal fragments as small as 1.0mm in diameter. This sensitivity ensures compliance with safety standards for glove products.
Built with robust materials resistant to water and chemicals commonly found in glove manufacturing, the detector features a corrosion-resistant frame and easy-to-clean conveyor surface suitable for harsh production environments.
The detector requires no complex setup or calibration, making it accessible to operators with minimal training. Inspection is performed by simply placing gloves on the conveyor and observing for detection alerts.
Essential for inspecting latex, nitrile, and vinyl medical gloves, ensuring they are free from metal contaminants that could compromise sterility or cause injury to healthcare workers and patients.
Inspects heavy-duty work gloves used in construction, manufacturing, and automotive industries, preventing metal fragments from causing injury or equipment damage.
Used in the production of disposable gloves for food service, cleanrooms, and laboratories, ensuring these single-use products meet safety standards.
Inspects specialized protective gloves such as cut-resistant, heat-resistant, and chemical-resistant gloves, maintaining their protective qualities by ensuring no hidden metal contaminants are present.
The detector uses permanent magnets arranged in a specific configuration to create a magnetic field. When a ferrous metal contaminant passes through this field, it causes a measurable disturbance that triggers a mechanical or visual alert system, typically a movable indicator or audible click.
While sensitivity varies by product thickness, the detector can reliably detect ferrous metal contaminants as small as 1.0mm in diameter in standard glove materials. Detection capability may decrease slightly for extremely thick or multi-layered gloves.
For most glove inspection applications, the non-powered detector provides comparable detection capability for ferrous contaminants. Electric models may offer greater sensitivity for non-ferrous metals or smaller particles, but our non-powered design provides an effective balance of performance and simplicity.
Maintenance requirements are minimal due to the non-powered design. Regular cleaning of the conveyor surface to remove debris and periodic verification with test pieces (1.0mm steel balls) are recommended to ensure continued performance. The permanent magnets require no replacement under normal operating conditions.
