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The Shirt-Lupfer was developed along with the removal robot with a simple goal: to swap out tedious, repetitive tasks with machine efficiency. The Shirtlupfer never takes a break, never calls in sick, and is always on time, guaranteeing unwavering quality every time.
Explore the perks of streamlining workflows!
By integrating the Shirt-Lupfer, the need for manual labor in the physically demanding task of removing shirts is significantly reduced. This not only streamlines operations but also frees up personnel for more strategic tasks within the production process.
With fewer short-term cancellations due to sickness, production planning becomes more reliable and predictable. This reduces disruptions, improves workflow consistency, and ultimately leads to increased productivity.
The system ensures a gentle and even removal of the print medium, minimizing the risk of damage or defects. This preserves the quality of the print medium and contributes to a higher overall product standard.
The independent system comprising the Shirt-Lupfer and robot can be seamlessly retrofitted into existing printing presses. This allows for cost-effective upgrades without the need for extensive modifications to the production setup.
Standardized deposits on the drying tunnel enable further downstream automation, facilitating a more streamlined and efficient production process. This consistency leads to reduced variability and improved overall quality control.
The system boasts a short amortization period, even in 2-shift operations across European and American markets. This means that businesses can quickly recoup their investment and start realizing significant cost savings and efficiency gains
Automation often involves retrofitting existing production systems, a process where automated technologies are added to pre-existing manufacturing setups to enhance efficiency and productivity. This retrofitting approach is widely adopted across industries as it allows companies to upgrade their manufacturing capabilities without the need for extensive overhauls or replacements of their existing machinery. However, one common challenge encountered in this integration process is the difficulty of seamlessly incorporating axis systems.
The axis system serves as a critical component in many automation solutions, providing precise control over the movement of robotic arms or equipment. However, due to the rigid structure and fixed positioning of traditional axis systems, integrating them into pre-existing production environments can be a complex task. The layout and design of the current production setup may not align with the spatial requirements or operational dynamics of the axis system, making integration challenging and sometimes impractical.
Furthermore, retrofitting automation into established production lines necessitates careful consideration of various factors, including space limitations, equipment compatibility, and workflow disruptions. The process often requires meticulous planning and execution to minimize downtime and ensure a smooth transition to automated operations. In cases where axis systems cannot be easily integrated, alternative solutions must be explored to achieve automation objectives effectively.
