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Offline Punch Machine
The Offline Punches Machine in a plastic converting machine is a versatile tool that accommodates various punching operations, including the D-punch, hole punch, and t-shirt punch. It enables manufacturers to add custom shapes, holes, and unique designs to plastic materials during secondary conversion processes.
With the D-punch feature, the machine can create precise D-shaped cutouts in plastic products, offering functionality and aesthetic appeal. The hole punch function allows for the creation of regular holes in different sizes, enabling ventilation or attachment points as needed. Additionally, the t-shirt punch capability enables the machine to create specific cuts or shapes typically used for hanging t-shirts or garments.
By incorporating the D-punch, hole punch, and t-shirt punch functionalities, the Offline Punches Machine expands the creative possibilities and customization options for plastic products. It empowers manufacturers to produce unique and tailored plastic items with enhanced functionality, design, and branding opportunities.
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Twin Sealer
₹0.00The Twin Sealer is employed in plastic converting machinery for the purpose of achieving thicker and stronger seals in bags, particularly those with widths of 5mm, 10mm, and similar dimensions. This specialized sealer ensures enhanced sealing performance, allowing for reliable and durable closures in heavy-duty or thicker plastic bags.
Air Shafts
₹0.00Air Shafts are essential components in plastic converting machine testing. They provide a reliable and efficient method for securely holding and supporting rolls of plastic materials during unwinding and rewinding operations, ensuring smooth and controlled material handling for accurate and consistent converting results.
Retrofitting with Servo Kits
₹0.00Retrofitting with Servo Kits in plastic converting machines refers to the process of upgrading or modernizing the machine’s existing microcontroller system by replacing it with a new high-speed controller PLC system integrated with servo technology.
The retrofitting process involves removing the outdated microcontroller system and installing a new PLC (Programmable Logic Controller) system that offers improved functionality, performance, and control. The new PLC system is equipped with servo technology, which utilizes high-precision servo motors to provide accurate and precise control over various machine movements, such as cutting, sealing, or feeding.
By retrofitting the machine with servo kits and a new high-speed controller PLC system, manufacturers can significantly enhance the machine’s capabilities and productivity. The servo technology enables better synchronization, faster response times, and more precise positioning, resulting in improved accuracy, speed, and efficiency of the plastic converting process.
Additionally, the new PLC system provides advanced features, such as comprehensive programming options, enhanced diagnostics, and user-friendly interfaces. This allows operators to have better control over the machine’s operations and facilitates easier adjustments, troubleshooting, and optimization of the production process.
Overall, retrofitting with servo kits and a new high-speed controller PLC system in plastic converting machines enables manufacturers to upgrade their equipment, unlocking improved performance, accuracy, and efficiency, thereby maximizing productivity and achieving higher quality output.
Chiller
₹0.00A chiller is a refrigeration device used in plastic machinery. It removes heat from industrial equipment, such as extruders or molds, by circulating chilled water or refrigerant. Chillers maintain precise temperature control, ensuring optimal performance and quality.
Safety Chuck
₹0.00The Safety Chuck is an integral component utilized in plastic converting machine testing. It provides a secure and reliable gripping mechanism for holding and rotating the rolls of material, ensuring stable and safe operation during unwinding and rewinding processes.
Ultrasonics
₹0.00Ultrasonics is employed in plastic converting machines for various applications, including squeezing and knurling. Ultrasonic technology utilizes high-frequency vibrations to generate heat and pressure, allowing for effective bonding, cutting, or sealing of plastic materials.
In the context of squeezing applications, ultrasonics can be utilized to join or seal plastic components together. The high-frequency vibrations create localized heat at the contact points, causing the plastic to melt and fuse, resulting in a strong and secure bond. This technique is commonly used in applications such as bag sealing, creating airtight closures, or bonding plastic parts together.
Furthermore, the knurling application of ultrasonics involves creating textured or patterned surfaces on plastic materials. The high-frequency vibrations, when applied to the desired area, can imprint or emboss patterns onto the plastic surface, enhancing grip, aesthetics, or functionality. Knurling is often employed in applications such as improving the grip of handles, creating decorative designs, or providing anti-slip surfaces.
By incorporating ultrasonics in the plastic converting machine, manufacturers can achieve precise and efficient squeezing and knurling processes. The technology offers fast and reliable bonding, sealing, or surface modification of plastic materials, contributing to the overall quality, functionality, and appearance of the final plastic products.