about our Pertinex Make Ready
Introducing PERTINEX, a flagship product by Ashok Punch Arts Pvt Ltd, meticulously crafted using state-of-the-art laser die technology and precision-engineered on the German DATRON make machine. PERTINEX stands as a testament to our commitment to innovation, setting new benchmarks in the world of counter sheet materials.
Key Features:
Advanced Laser Die Technology: PERTINEX is brought to life with cutting-edge laser die technology, ensuring unparalleled precision in every sheet. Our collaboration with the German DATRON make machine guarantees a manufacturing process that adheres to the highest standards of quality and excellence.
High-Quality Durable Material: PERTINEX is synonymous with durability. As a high-quality counter sheet material, it offers superior strength and longevity, making it the ideal choice for applications that demand cleaner profiling and extended durability, especially in long-run operations.
Tight Thickness Tolerances: Precision matters, and PERTINEX delivers. The counter sheet material boasts tight thickness tolerances, ensuring consistent and accurate results in high-speed carton production. This feature enhances the efficiency and reliability of your die cutting processes.
Reinforced Glass Fiber Structure: A reinforced glass fiber structure adds an extra layer of strength to PERTINEX, making it resilient in demanding production environments. This structural reinforcement contributes to the material's stability and performance under high-speed conditions.
Benefits:
Easy Handling: PERTINEX is designed with user convenience in mind. Its very easy handling streamlines your production workflow, promoting a seamless and efficient operation. This user-friendly aspect ensures that you can focus on the quality of your output.
Extended Run Capability: PERTINEX isn't just a material; it's a reliable partner for the long run. With the ability to run on more than 5,00,000 sheets and above, this counter sheet material speaks to its endurance and suitability for high-volume, continuous production.
