Used CEM PCEM #9381890 for sale

CEM PCEM is a photoresist equipment used to create extremely small structures, particularly on semiconductor substrates. It features an advanced dry photoresist coating process, which eliminates the need for wet chemicals and exposes the substrates to light. Photoresists are light-sensitive materials designed to quickly harden when exposed to light energy, which can be used to create extremely intricate designs with high accuracy and precision. PCEM system uses a specialized illumination unit which consists of a Precision Light Engine (PLE) and a Controlled Imprinting Machine (CIS). The PLE generates uniform ultra-violet (UV) and visible wavelength light patterns to create the required corrosion resistant and electrical insulation designs. The CIS is responsible for controlling the exposure intensity and duration to ensure the desired results are achieved. CEM PCEM tool is also designed with a range of features which make it a cost-effective and efficient solution. The module allows users to quickly produce a series of different microstructures, such as metal lines, polymer layers, semiconductor surfaces, and contact holes without having to manually adjust each layer. This process also eliminates the need for prolonged baking times and eliminates the potential for damaging the substrate. PCEM asset is capable of achieving intricate designs in both high- and low-volume applications. It allows users to create complex and intricate patterns, even in small sizes, such as nanometers. The built-in quality control model also ensures that the end products are free from defects. The robust and efficient equipment makes it ideal for use in a range of industries, including semiconductor, electronics, and optical applications. Overall, CEM PCEM system is a reliable and efficient photoresist unit which can be used to quickly and accurately produce intricate structures. The built-in quality control machine and range of advanced features make it the perfect solution for high- and low-volume production.