Used EO TECHNICS SY-9702 #293642209 for sale

EO TECHNICS SY-9702 is a high-speed marking machine designed to provide permanent marks on a variety of materials and surfaces. It is suitable for a wide range of industrial applications and features several convenient features, including a voltage regulation equipment, a programmable control system, an embedded memory chip, and a power source unit. The voltage regulation machine allows the user to adjust the voltage as needed to ensure a precise and consistent mark. The programmable control tool allows for easy setup and functions quickly, enabling to switch between different marking patterns without needing to restart the machine. The embedded memory chip stores up to 65535 marking codes, meaning that it can be used to mark and identify serial numbers, barcodes, and other graphic patterns. Finally, the power source asset allows for both AC and DC power and is designed to increase the life and performance of the machine. SY-9702 has several technical advantages over other models. It features a PLC-controlled marking speed that can reach up to 14500 characters per hour, and the machine is highly reliable and accurate with a positioning error rate of less than 0.01 mm. The machine also has a wide marking range with a maximum slot depth of 15mm. Furthermore, it is capable of working on different types of materials such as aluminum, PVC, plastic, and wood. In addition to its technical advantages, EO TECHNICS SY-9702 is also easy to use, set up, and maintain. It comes with a user-friendly software with a modular design, which allows for quick and easy setup and operation. It also features a durable, rust-proof stainless steel body that requires minimal maintenance. Overall, SY-9702 is a high-performance marking machine designed to perform a variety of marking tasks quickly and accurately. It offers a range of technical advantages such as high speed, accuracy, and flexibility, and it is easy to use and maintain. This makes it an ideal machine for a variety of industrial applications.