Used HITACHI M 501AWE #9133895 for sale

HITACHI M 501AWE is an etcher / asher unit, designed to etch text, images, and patterns for a variety of substrates. This model is a part of HITACHI Asher Series which offers a wide range of multi-dimensional etching functions. M 501AWE is capable of handling a variety of substrates including alloys, plastics, ceramics, and glass. HITACHI M 501AWE provides a high-performance etching process with an efficient cycle time. The equipment is equipped with a centrifugal etching engine, a vacuum chamber, and an automated control panel. The centrifugal etching engine boasts an output of up to 800 W, allowing for the optimal material etching and fast completion. The vacuum chamber provides an advanced level of accuracy while etching, delivering exceptionally precise patterns. The automatic control panel includes a color LCD touchscreen display which allows for easy operation and quick selection of the desired functions. Apart from its etched output, M 501AWE is designed for industry-leading accuracy, versatility, and durability. To deliver exceptional accuracy, the system incorporates laser alignment and camera guide functions. The VariSys programming unit allows the user to adjust and modify the etching parameters according to the needs of the project. The machine additionally features a temperature control feature to ensure the quality of the output. Furthermore, HITACHI M 501AWE is highly durable because of its unique design and components. It includes a robust stainless steel body, ensuring a long-lasting lifespan. The tool is equipped with safety features such as a laser guard and an emergency stop feature as well. In conclusion, M 501AWE is an excellent choice for engraving, etching, and etching-related services. It's ideal for commercial and industrial applications, capable of delivering high-quality results with excellent accuracy and reliability. Its design and features provide a cost-effective etching solution, offering long-term performance in a wide variety of substrate materials.