JSB Automation

Bawana, Delhi

• MOQ 1 piece
• Driven TypeElectric
• MaterialMild Steel
• Brand NameJSB Automation
• Power250 W

Ultrasonic Sewing Machine is an advanced piece of equipment used to bond or sew fabrics and other materials using ultrasonic sound waves rather than traditional mechanical sewing methods. This technology allows for a highly efficient, precise, and durable way to join materials, particularly synthetic fabrics, non-woven textiles, and plastic films. Ultrasonic sewing machines are commonly used in industries like textiles, automotive, medical devices, packaging, and more, where high-speed, clean, and strong seams are essential.

• MOQ 1 piece
• Brand NameJSB Automation
• MaterialMild Steel
• Driven TypePneumatic
• ConditionNew

A Non-Woven Bag Loop Handle Punching Machine is an essential tool in the production of eco-friendly non-woven bags, particularly those used for shopping and carrying. These machines are designed to punch precise holes in the fabric, allowing handles to be easily inserted, ensuring that the bags are both functional and durable. They are widely used in the textile and packaging industries where large volumes of bags need to be produced quickly and efficiently. Key Features and Functions: Precise Hole Punching : The machine ensures that holes for handles are punched accurately at the desired positions, maintaining consistency across all bags in production. High-Speed Operation : These machines are designed to operate at high speeds, which is essential for large-scale production of non-woven bags. They reduce production time significantly compared to manual methods. Handle Insertion : After punching the holes, the machine is often equipped with a mechanism to insert loop handles into the punched holes automatically, ensuring a secure fit and uniformity in the final product. Customization Options : The machines can often be adjusted to accommodate different handle sizes, shapes, and materials (e.g., cotton, PP non-woven, or polyester), allowing manufacturers to meet varying customer specifications. Durability and Reliability : Designed to handle the robustness of non-woven fabric, these machines are built for long-lasting performance and minimal downtime, which is crucial for high-volume manufacturing. Automatic Functionality : Many modern punching machines feature automatic feeding systems, reducing manual labor and increasing production efficiency. These systems can automatically feed the non-woven fabric through the machine and punch multiple bags simultaneously. Benefits of Using a Non-Woven Bag Loop Handle Punching Machine: Cost Efficiency : By automating the punching and handle insertion process, manufacturers can reduce labor costs and improve overall production efficiency. Environmentally Friendly : Non-woven bags are eco-friendly alternatives to plastic bags. The loop handle punching machine plays a key role in supporting the production of sustainable and reusable bags, which is increasingly in demand in various markets. Improved Quality : The precision offered by the machine ensures a high level of consistency in handle placement, leading to a more professional, clean look for the bags. Versatility : The machine can be adapted to different bag designs, making it suitable for various industries, from retail to food packaging.

• MOQ 1 piece
• Machine TypePaper Cutting Machine
• MaterialMild Steel
• BrandJSB
• Automatic GradeAutomatic
• Output CapacityUpto 1000 Pieces/hr

A Hot Cold Blade Label Cutting Machine is an industrial machine used in the production and cutting of labels, especially those made from materials like paper, film, or other flexible substrates. The machine utilizes both hot and cold blades to precisely cut labels, providing the flexibility to handle a variety of materials and cutting styles for different labeling applications. These machines are crucial in the packaging, printing, and labeling industries, where high precision, efficiency, and versatility are essential.  

• MOQ 1 Unit
• Driven TypeElectric,Hydraulic,Pneumatic
• FinishingPolished
• Automatic GradeSemi Automatic
• Brand NameJSB Automation
• MaterialSteel
• ConditionNew

A pouch sealing machine plays a vital role in the packaging process by providing a reliable and efficient way to seal pouches, ensuring the products inside are protected from contamination, tampering, and leakage. These machines are typically designed to create airtight, watertight, and tamper-proof seals, depending on the requirements of the product. There are several types of pouch sealing machines, each with its specific capabilities, including: Heat Sealers : These use heat to melt and bond the edges of the pouch material together. Heat sealing is common for plastic, aluminum, and laminated pouches. Impulse Sealers : These use a short burst of heat to seal the pouch and are ideal for packaging materials like polyethylene, PVC, and other plastic films. Continuous Band Sealers : These are used for high-speed production lines and offer continuous sealing without the need for manual operation. They are ideal for large-scale packaging operations. Vacuum Sealing Machines : These remove air from the pouch before sealing, which is essential for preserving the freshness of food products and extending shelf life. Rotary Pouch Sealers : These machines are used in industries where high-volume production is needed and provide an automated, continuous sealing solution with adjustable settings for various pouch sizes.

• MOQ 1 Unit
• Brand NameJSB Automation
• Automatic GradeSemi Automatic
• Driven TypePneumatic,Hydraulic,Electric
• ConditionNew
• ApplicationPlastic Welding

An ultrasonic plastic welding machine is a specialized industrial tool designed to bond thermoplastic materials using high-frequency ultrasonic vibrations. This technique is widely used in various industries where precise, strong, and clean joints are required for plastic components, without the need for adhesives, screws, or other mechanical fasteners. Ultrasonic welding is known for its speed, efficiency, and the high-quality results it produces, making it a popular choice for manufacturing delicate and high-performance plastic parts. How It Works: The process of ultrasonic welding involves the following steps: Ultrasonic Vibrations : The machine generates ultrasonic waves (high-frequency sound waves typically above 20 kHz) using a transducer, which converts electrical energy into mechanical vibrations. Application of Vibrations : These ultrasonic vibrations are directed into the plastic parts that need to be welded. The vibrations create frictional heat at the interface of the materials, causing them to melt. Fusion : The heat generated by the ultrasonic vibrations causes the plastic at the joint area to soften and fuse together. The pressure from the welding machine ensures a solid and strong bond once the materials cool down. Cooling : After the welding process, the parts are held in place until the joint cools and solidifies, completing the bonding process. Key Features of Ultrasonic Plastic Welding Machines:   Fast and Precise : The ultrasonic welding process is incredibly fast, often taking just a few seconds to complete, making it ideal for high-volume manufacturing. No Need for Adhesives : Ultrasonic welding eliminates the need for adhesives, which can be costly, messy, and potentially harmful in certain applications. It also reduces the risk of contamination. Clean and Strong Joints : The process creates very clean, strong, and durable joints without leaving visible marks or seams on the plastic, ensuring the finished product has a professional appearance. Minimal Heat Application : Unlike other welding methods, ultrasonic welding generates localized heat only at the interface of the materials being joined, which helps to preserve the integrity of surrounding areas and prevents warping. Low Energy Consumption : Ultrasonic welding uses significantly less energy compared to traditional thermal welding or adhesive bonding techniques, making it more energy-efficient. Versatility : The machine can be used for a wide range of thermoplastic materials, including polypropylene, polyethylene, PVC, ABS, and more. It's often used in industries such as automotive, electronics, medical devices, packaging, and consumer goods.