The product is a **Conveyor Belt Garment Textile Metal Needle Detector** designed for use in the textile and garment industries. It is ideal for detecting metal needles, especially in knitting and sewing processes. The model number is **VFG600**, and it is specifically categorized as a **Needle Detector**. This device is compatible with various types of knitting machines and can inspect different needle styles, making it versatile for multiple applications.
It features a tunnel size of **60cm (width) x 12cm (height)**, allowing for smooth passage of items during inspection. The detector supports **customization** and offers high sensitivity, capable of detecting ferrous materials as small as **0.8mm**. The brand name is **vfinder**, and the product is packaged in **strong carton boxes** for safe transport.
It meets international standards such as **CE and ISO**, and it is manufactured in **China**. The HS code for this product is **8543709100**.
This machine is equipped with advanced technology, including a mechanism imported from Japan and a conveyor belt from Holland. It uses **non-toxic materials**, **new coil technology**, and **digital circuits** for improved performance. It also includes a **protection circuit** that automatically stops the machine if no items are detected within 10 minutes. Additionally, it has a **lightning protection system** to prevent damage from electrical surges.
All control functions are operated via **touch-sensitive keys**, and the device can display up to **8 positions** where a broken needle might be located. It provides **three alarm methods**: sound, light, and frequency. The motor will not start until all settings are complete, ensuring safety and accuracy.
The machine can calculate both **qualified and unqualified items**, and it features **two sets of detectors** for double testing, ensuring reliable results. It is highly resistant to interference from common devices like **ceiling fans, mobile phones, and screwdrivers**, reducing false alarms.
The design includes an **ABS shell** and a **steel structure**, with a first-class baking process to ensure durability and long-term stability. Its compact and efficient design makes it suitable for industrial environments.
**Key Specifications:**
- **Model:** VFG-700K
- **Detection Method:** Magnetic induction and digital processing
- **Detection Ability:** ≥FeΦ0.8 to ≥FeΦ1.5
- **Detection Height:** 100mm to 250mm
- **Detection Width:** 600mm (custom sizes available)
- **Adjustment:** Touch buttons (level 1–12)
- **Alarm Method:** Sound, light, and frequency
- **Power Supply:** AC 220V, 50–60Hz
- **Power Output:** 140W
- **Machine Size:** L1820mm × W1050mm × H900mm
- **Weight:** 280KG
This **metal needle detector** is widely used in the **garment, textile, and industrial sectors**. It is known by various names, including **garment needle detector**, **knitting needle detector**, **conveyor belt needle detector**, and **broken needle detector**. It is also referred to as **belt needle detector**, **sewing needle detector**, or **table needle detector** depending on the application.
The machine is built for **high efficiency, accuracy, and reliability**, making it a must-have for any production line that requires **safe and precise needle detection**.
New Energy Cast Film Line
Renewable Energy Advances with Cast Film Lines
As the energy industry leans more towards renewable resources, solar energy emerges as a prominent option. Here is where "New Energy Cast Film Lines" play a critical role. They produce the specialized films used in solar technology, which are key in tapping into the sun's power.
The Importance of Plastic Films in Solar Systems
Solar setups often depend on plastic films. These essential components are made using machinery like the "Solar Energy Cast Film Machine" and the "Photovoltaic Cast Film Machine." The films created have unique characteristics, allowing them to turn solar energy into electrical power.
Let's take a closer look at two main film types
Photovoltaic Films: Found in the heart of solar cells, these films, primarily silicon-based, absorb sunlight and generate power thanks to the photovoltaic effect.
Backsheet Films: Acting as a shield, these films are placed on the rear of solar panels to protect against weathering, helping to ensure the panels' efficacy over time.
The Process Behind New Energy Cast Film Lines
Machines involved in this process, which include the indispensable "Plastic Film Perforation Machine," perform a procedure known as cast film extrusion. This involves melting plastic, shaping it into sheets that are then cooled, set, and rolled. These machines are carefully calibrated to output films with precise attributes suited to the solar energy industry.
Choosing Suitable Cast Film Line Equipment
Selecting a "New Energy Cast Film Line" requires a few considerations:
Material Choice: The type of plastic you use has implications for the film's overall performance and lifespan.
Quality of Film: Details like film thickness, light permeability, and strength need to be in tune with the intended solar applications.
Custom Features: Features such as film perforations can be added to enhance the functionality of the films, such as enabling the breathability of backsheet films to reduce moisture buildup.
Embracing a Green Energy Future
With "New Energy Cast Film Lines," we're not just investing in equipment. We're taking strides towards a greener, more sustainable energy landscape by producing essential components for solar technology, furthering the progress in the realm of renewable energy.
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Baijia Mechanical Equipment (Huizhou) Co., Ltd. , https://www.castfilmmachine.com