Namibind F4560 Flatbed Digital Die Cutter | Double Head | 600×450mm Max Size | 2000g Max Force | Vacuum Adsorbing | Touch Screen Control | 0.01mm Precision | 800/700 mm/s Speed | U Disk/WiFi/USB Connectivity

Namibind F4560 Flatbed Digital Die Cutter is a powerful and versatile solution designed for precise cutting and creasing of a wide range of materials. Its generous maximum cutting size of 600×450mm (approximately 23.6″ x 17.7″) makes it suitable for handling various sheet sizes commonly used in packaging, label production, and card manufacturing. Equipped with dual cutting heads, this machine significantly enhances productivity by allowing for simultaneous cutting and creasing operations or the use of different tools for complex designs. The vacuum adsorbing work mode ensures secure and stable material holding during the cutting process, preventing slippage and guaranteeing accurate results. The intuitive touch screen control panel provides a user-friendly interface for setting parameters, accessing jobs, and monitoring the cutting process. With an impressive cutting precision of 0.01mm and a repeat precision of 0.05mm, the F4560 delivers consistently high-quality output, even for intricate designs. Boasting a maximum moving speed of 800 mm/s and a maximum cutting speed of 700 mm/s, this cutter offers efficient and rapid processing, reducing turnaround times. The substantial maximum force of 2000g allows it to handle a diverse range of materials, from paper and cardstock to vinyl and thin plastics. Connectivity options include U Disk, WiFi, and USB Cable, providing flexible data transfer and integration into existing workflows. Operating at a power consumption of less than 100W, the F4560 is an energy-efficient choice for your business. Designed to perform reliably within a working environment of 5-35°C, this robust machine has a gross weight of 180 kg, indicating its sturdy construction and stability. The Namibind F4560 is an ideal investment for businesses seeking high precision, efficiency, and versatility in their digital cutting and finishing processes.