Clothing Manufacturers Inspection Metal Detectors Online

• After-sales Service: Support
• Warranty: 2 Year
• Certification: CE, ISO
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: VGF-600K
• Automatic Grade: Automatic
• Application: Spinning, Drug, Toy, Clothing
• Form: Conveyor
• Tunnel Size: 600*120mm
• Length: 1600mm
• Mini Sensitivity: 0.8mm Ferrous
• Color: Blue
• Power Consume: 90W
• Transport Package: Strong Ploywooden Case
• Specification: 380kg
• Trademark: vikingdetector
• Origin: China Guangdong
• HS Code: 8543709100
• Production Capacity: 100 PCS /Week
• Package Size: 180.00cm * 130.00cm * 110.00cm
• Package Gross Weight: 280.000kg

Product Description

Broken needle detector for textile industry
Broken Needle Metal Detector Machine for Textile Industry

**Precision Protection: In-Depth Analysis of Broken Needle Metal Detector Machines for the Textile Industry**

In the intricate world of textile manufacturing, where precision and quality are paramount, the advent of advanced technologies has ushered in new standards of safety and efficiency. Broken Needle Metal Detector Machines have emerged as crucial guardians, ensuring that textile products are free from metallic contaminants that could compromise both product quality and the safety of end-users. This detailed product description aims to unravel the complexities of Broken Needle Metal Detector Machines tailored for the textile industry, exploring their key features, applications, technological advancements, benefits, and their pivotal role in upholding the highest standards of textile safety.

**Introduction: Ensuring Safety and Quality in Textile Production**

1. **Safety Imperatives in Textile Manufacturing:**
   Textile manufacturing involves a myriad of processes, from spinning and weaving to dyeing and finishing. Throughout these processes, the presence of metallic contaminants, particularly broken needles, poses a significant risk to both product quality and the safety of consumers.

2. **The Role of Broken Needle Metal Detector Machines:**
   Broken Needle Metal Detector Machines have become indispensable tools in textile production, offering a non-intrusive yet highly effective means of detecting and eliminating broken needles and other metallic fragments. These machines contribute to the assurance of product safety, compliance with quality standards, and the prevention of potential hazards.

**Key Features of Broken Needle Metal Detector Machines:**

1. **High Sensitivity for Needle Detection:**
   The foundational feature of these machines lies in their high sensitivity to metal contaminants, especially broken needles. This sensitivity ensures that even small or fragmented metallic objects are promptly detected, preventing them from progressing through the production line.

2. **Advanced Magnetic and Inductive Technologies:**
   Broken Needle Metal Detector Machines leverage advanced magnetic and inductive technologies. These technologies enhance the detection capabilities, allowing the machines to identify both ferrous and non-ferrous metallic objects with precision.

3. **Variable Sensitivity Settings:**
   Recognizing the diverse nature of textile products and the varying levels of metal content, these machines are equipped with variable sensitivity settings. This customization enables manufacturers to tailor the detection sensitivity to the specific requirements of different textile materials.

4. **Automatic Rejection Systems:**
   To maintain an uninterrupted production flow, Broken Needle Metal Detector Machines are integrated with automatic rejection systems. Detected metal contaminants trigger an immediate rejection mechanism, ensuring that only metal-free textile products proceed along the production line.

5. **User-Friendly Interfaces and Controls:**
   User-friendly interfaces and controls facilitate ease of operation. Machine operators can navigate settings, monitor detection processes, and receive alerts or notifications through intuitive interfaces, contributing to the overall efficiency of textile manufacturing.

**Applications Across Textile Manufacturing Processes:**

1. **Spinning and Weaving:**
   In the initial stages of textile production, during spinning and weaving processes, broken needles or metallic fragments can inadvertently find their way into the fabric. Broken Needle Metal Detector Machines are deployed at these early stages to ensure that the raw fabric is free from metal contaminants.

2. **Dyeing and Printing:**
   Dyeing and printing processes involve intricate treatments of textiles. Detecting and eliminating broken needles during these stages are crucial to prevent any compromise in color quality or the creation of defects in the final printed or dyed fabric.

3. **Cutting and Sewing:**
   In the cutting and sewing stages, where fabrics are transformed into finished products, the risk of broken needles is particularly high. Broken Needle Metal Detector Machines contribute to the safety of the final textile products by ensuring that no metallic contaminants are present in the finished items.

4. **Finishing and Quality Control:**
   Before textile products are packaged and shipped, they undergo finishing processes and rigorous quality control checks. Broken Needle Metal Detector Machines play a critical role in these final stages, providing an additional layer of assurance that the products meet stringent safety and quality standards.

**Advanced Functionalities Enhancing Textile Safety:**

1. **Integration with Conveyor Systems:**
   Seamless integration with conveyor systems ensures a continuous and efficient scanning process. Broken Needle Metal Detector Machines are positioned strategically along conveyor belts, allowing for thorough inspection of textile products as they move through the production line.

2. **Automatic Calibration:**
   Automatic calibration capabilities contribute to the adaptability of these machines. The system can automatically calibrate to different types of textile materials, ensuring consistent and precise metal detection across various fabrics.

3. **Real-time Data Logging and Reporting:**
   Broken Needle Metal Detector Machines often feature real-time data logging and reporting functionalities. This allows manufacturers to monitor the performance of the machines, receive instant alerts for detected metal contaminants, and generate comprehensive reports for quality control purposes.

4. **Remote Monitoring and Diagnostics:**
   Some advanced systems offer remote monitoring and diagnostics capabilities. This allows manufacturers to oversee multiple machines across different production lines, ensuring consistent performance and enabling prompt responses to any technical issues.

**Benefits of Broken Needle Metal Detector Machines for the Textile Industry:**

1. **Enhanced Product Safety:**
   The primary benefit of Broken Needle Metal Detector Machines in the textile industry is the enhancement of product safety. By detecting and eliminating broken needles and other metallic contaminants, manufacturers ensure that their textile products are safe for consumers to use.

2. **Compliance with Quality Standards:**
   Compliance with stringent quality standards is paramount in the textile industry. Broken Needle Metal Detector Machines contribute to regulatory compliance by preventing the distribution of textiles with metal contaminants, mitigating the risk of recalls and penalties.

3. **Brand Protection and Consumer Trust:**
   Brand protection and consumer trust go hand in hand. By incorporating these machines into their production lines, textile manufacturers demonstrate a commitment to delivering safe and high-quality products, fostering consumer trust and loyalty.

4. **Operational Efficiency and Cost Savings:**
   The automatic rejection systems and customizable sensitivity settings contribute to operational efficiency. By minimizing false alarms and ensuring a smooth production process, these machines contribute to cost savings and increased productivity.

**Challenges and Solutions:**

1. **Adaptation to Different Textile Materials:**
   Textile materials can vary significantly in composition, thickness, and density. Automatic calibration features and variable sensitivity settings address this challenge by allowing Broken Needle Metal Detector Machines to adapt to different textile characteristics.

2. **Integration with Existing Production Lines:**
   Integrating new equipment into existing production lines can be challenging. Manufacturers of Broken Needle Metal Detector Machines provide comprehensive support and customization options to ensure a smooth integration process without disrupting ongoing textile manufacturing workflows.

**Conclusion: Elevating Textile Safety Standards with Precision Detection**

In conclusion, Broken Needle Metal Detector Machines stand as indispensable guardians in the textile industry, elevating safety standards and ensuring the production of textiles that are free from metallic contaminants. Their high sensitivity, advanced technologies, and seamless integration into production lines contribute to the overall efficiency and quality assurance in textile manufacturing. As technology continues to advance, the role of Broken Needle Metal Detector Machines will remain pivotal, safeguarding both manufacturers and consumers from the potential risks associated with broken needles and other metal fragments in textile products. These machines represent a commitment to excellence in textile safety, allowing the industry to thrive with confidence in the quality and integrity of its products.

The Broken Needle Metal Detector Machine for Textile Industry is a product that has been designed with the purpose of detecting broken needles in order to avoid them from entering the production line. This machine is also able to detect small, sharp pieces of metal that may be hidden in clothes and other textile products, which can lead to injury or death if they are not detected before they enter the production line. The Broken Needle Metal Detector Machine for Textile Industry is made up of many different components, including a conveyor belt, a conveyor drum, an electric motor, and a control panel. The Broken Needle Metal Detector Machine for Textile Industry uses an optical sensor to detect any foreign objects that may be hidden within textiles as they travel past its sensors at high speeds along its conveyor belt. This machine is used by factories that work with cotton material because these factories often use broken needles during their processes due to their small size and sharp points which makes it difficult for them to make holes in cloth without breaking threads.

This machine is used to detect broken needles in textiles, woven fabrics and other materials. It can also detect metal and other foreign objects like glass beads, nuts, stones etc. It has a large detection area and can be adjusted from 200 to 600mm.

It is easy to operate and has a simple structure. The machine has high speed, high accuracy and long service life. The machine is widely used in the textile industry, such as cotton yarn spinning, dyeing and knitting.

Metal detector machine is a kind of advanced equipment used in textile industry. It can quickly detect broken needle, which is the most serious problem of textile machinery. Broken needle detector can detect broken needles on a sewing machine, presser foot, and automatic feeder.

The main features of our broken needle detector include:

1)Detection range of broken needle: 1-10mm

2)Detection speed: 1-20mm/min

3)Accuracy: Less than 0.1mm

4)Durability: Over 30K hours

5)Easy to use and maintain
A broken needle detector for textile industry is a machine that detects broken needles in the textile industry. The machine uses an electromagnetic field to detect broken needles in the fabric, which are then detected by a camera. The camera picks up on the broken needle and displays it on a monitor for inspection.

The broken needle detector for textile industry has advantages over other detection methods because it does not require any human interaction during the inspection process. This makes it ideal for inspecting large amounts of fabric at once, and it can be used in conjunction with other machines like sewing machines or knitting looms.

Features:
 Ability for detection of foreign object and Homogenization of sensor's aperture are upgraded by new designed coil unit.

It makes "Material effect" decreased and products passage improved.

The fastest in the industry. Conveyor speed 25M/min
 
The conveyor speed is adjustable for various accessorries.
This belt speedadjustment will increase passability of various accessories.
Reduction of the machine pre checking time.
The system checks sensor automatically and no more check each coil one by one.
 Environment checking mode
Patent pending this mode can check surrounding environment of the machine easily.
 
An operator select 2 type of sensitivility setting 10 stages (100step) / sizing method(6step)
 
 
Equipped with a production guider.
New mechanisms achieve low mechanical sound and noise.
 


 
 
 Detail parameter :

MODEL	HKN-808B
Detection method	Magnetic induction.digital process
Detection ability	≥FeΦ0.8	≥FeΦ0.8	≥FeΦ1.0	≥FeΦ1.2	≥FeΦ1.5
Detection Height	100mm	120mm	150mm	200mm	250mm
Detection width	Net width 600mm-non-standard sizes(custom)
Detection adjustment	Touch buttons adjust the level 1-12
Alarm method	Sound/light alarm and return, then restarts again
Power supply	Ac220V 50-60Hz
Pated output	140W
Machine Size	L1820mm×W1050mm×H900mm
Weight	280KG