Used TOKYO WELD TWA-6310 #293592969 for sale

TOKYO WELD TWA-6310
Manufacturer
TOKYO WELD
Model
TWA-6310
ID: 293592969
Vintage: 2012
Auto Reel Changers (ARC) 2012 vintage.
TOKYO WELD TWA-6310 is a value-engineered package formation engine, designed to bring the strengths of automated packaging to small and medium-sized production environments. Offering both vertical-form load-seal and horizontal-form load-seal capabilities, TWA-6310 is capable of delivering consistent results and speeds of up to 15-20 packages per minute. TOKYO WELD TWA-6310 is designed to integrate with a wide range of production lines and their equipment, allowing for flexible and seamless packaging integration for conventional and innovative product flow operations. The system includes high-low adjustment for the size of packages and materials, as well as variable speed settings for optimized results and efficiency. TWA-6310 drives the packaging process from start to finish, loading and sealing products into bags with dual web feeds, wrapping and packaging materials. The system can accommodate up to two different types of web feeds, enabling production of packages of varied complexity, with different sealing techniques and anti-static treatment for sensitive materials. It also includes fully-integrated automatic waste/scrap rewinders, allowing for cost-savings in materials and waste reduction. The product-preserving design of TOKYO WELD TWA-6310 helps maximize the life and integrity of products, while ensuring the quality and consistency of seals and packages. The design also provides minimal maintenance and higher energy-efficiency, allowing for greatly reduced operational costs. To make operation and control even easier, TWA-6310 offers PLC-based process control and HMI, using a graphical display, to enhance efficiency and smooth production. With its integrated welding technology, TOKYO WELD TWA-6310 brings advanced automation and optimized production results to any production process. Its exceptional design, along with its high-end workmanship and construction, ensure an efficient and reliable performance from the system, resulting in increased production output and reduced costs.
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