Speedy Wireless Vinyl Cutter 1500mm with Stand

Description

Featuring a 32-bit ARM CPU with a 4M Internal Cache and 128M Memory for cutting job storage, this advanced machine ensures data persistence even after a power loss. The Servo Motor Driving System offers exceptional precision with 0.001mm driving accuracy. It supports Wi-Fi Direct Connection, allowing multiple computers to connect simultaneously. The built-in Laser Eye supports automatic contour cutting, while the Repeat Cutting Function enhances efficiency.

Operable with household 220V electricity and compatible with generators through our Precision AVR, the main chassis, crafted from aluminum alloy, comes with a one-year warranty, and all spares are readily available. The heavy-duty steel structure of the stand provides stability during high-speed cutting movements.

Utilizing Roland Compatible Blades, it includes 5 free blades, with 3 of 45 degrees and 1 each for 30 and 60 degrees. Capable of cutting 2mm high English letters, it achieves cutting/plotting speeds from 50 to 1200mm per second, with digital adjustable cutting pressure ranging from 5 to 1000 grams. The cutting thickness on normal vinyl is 0.05mm up to 2mm, facilitated by two-level pressure pinch rollers.

The machine boasts a mechanical resolution of 0.001mm and repeatable precision of 0.001mm. USB connection via FTDI USB Chip supports all Windows versions, Mac, and Linux. It can be installed as a printer for programs like CorelDRAW, Adobe Illustrator, supporting standard HPGL and DMPL language, and functioning as an AutoCAD Plotter. The touch screen includes precision step-by-step movement control.

Capable of direct cutting .PLT files from a USB flash drive without requiring a computer connection, the machine features a high friction steel paper steel roller for accurate movement on heavy vinyl. Operating quietly, either in standby or running, due to the nature of servo motors’ quiet operation. The generous working area is 1500mm, including a 1340mm normal cutting area and a 1230mm contour cutting area.