Used PVA TEPLA SAM 300 #9400722 for sale

PVA TEPLA SAM 300 is a modern etcher/asher and ideal tool for electronic component marking and traceability. It is highly reliable, featuring sturdy construction, innovative design, and a user-friendly interface that ensures efficient operation. The router body features a precision laser-etched stainless steel chassis for high accuracy and excellent repeatability, powered by a high-efficiency three-axis motion control equipment with stepper motors. PVA TEPLA SAM300 is equipped with an intuitive graphic touchscreen that allows users to quickly create and save custom programs, as well as offering settings for engraving speed, depth, and ergonomic settings that support comfortable and accurate operation. Advanced features like adjustable engraving pressure, deltathreshold, RGB backlighting, and deep engraving options make SAM 300 the ideal machine for a wide range of etching and engraving applications. The etcher / asher boasts a 300 x 300 mm engraving surface and comes with an integrated vacuum positioning table for easy placement and removal of components, along with adjustable end stops for precision adjustments. SAM300 also features a maintenance-friendly design, allowing for quick and easy access to replaceable parts, lubrication points, and air/ventilation filters. PVA TEPLA SAM 300 is powered by a state-of-the-art control system with an array of options available, such as Up/Down vector mapping, Outline and Fill engraving modes, and support for a wide range of data formats, including BMPL and HPGL. The unit's advanced algorithm provides optimum results every time and can be networked to many other machines, enabling users to access job histories, create back-up files, and customize machine settings without the need to access individual units. PVA TEPLA SAM300 is the perfect tool for assembly line production, prototyping, and verifying results for small to large-scale operations. Its high-performance features and versatile control tool make it an ideal choice for creating unique and traceable components with the highest accuracy and repeatability.