Used HEADWAY EC 101 #189540 for sale

HEADWAY EC 101 is a type of photoresist equipment specifically used in the electronic device manufacturing and repair processes. This system is used to etch fine patterns on integrated circuit (IC) boards and silicon chips. It is a highly precise and reliable way to modify a surface, as it uses photolithography to transfer a pattern onto the material. Photolithography works by using a photosensitive dry film to etch a pattern onto a material's surface. The dry film is applied to the material and the desired pattern is imprinted onto the film. Once the film is attached, the material is exposed to ultraviolet light, which causes the polymer molecules to change on contact with the UV radiation. This allows for an incredibly precise pattern to be imprinted onto the material. Using HEADWAY EC101, photoresists can be used to modify a wide range of materials including metals, semiconductors, ceramics, and silicone chips. The unit is built for reliable and accurate modification of small surfaces. It is equipped with a 100x projection lens and a 250nm accuracy for photo-resist layer uniformity. It's also equipped with an advanced optical design for fast alignment and exposure. Additionally, the machine offers a two-stage etching process to ensure perfect etching of patterns. EC 101 is also designed to be energy efficient and environmentally friendly. It uses LED lights to ensure minimal heat radiation and energy loss which helps to reduce energy consumption and cost. Additionally, the tool is designed with noise-reducing features such as anti-vibration technology and a soundproof design. This not only makes the asset quieter but also reduces environmental noise pollution. EC101 model is an efficient and precise way to modify small materials for use in the electronic device industry. It is made from high-grade components that provide reliable and accurate results with minimal effort. Its built-in features and energy-efficient design make it an ideal choice for a wide range of modification projects.