Used OXFORD 442783 #293669801 for sale

OXFORD 442783 etcher / asher is a reliable and versatile chemical processing tool designed to increase process accuracy and efficiency. 442783 model is capable of performing a number of chemical etching and ashing processes such as removal of magnesium and other surface residue, catalyst destruction and acid etching. This instrument also provides precise, uniform sample exposure by allowing direct access to the platen, no need for removable sample holders or stirring elements. Its variable power supply coupled with a wide range of possible etching / ashing parameters allows for tailor-made results for different materials, making it an ideal choice for research and development. OXFORD 442783 is constructed from heavy-duty stainless steel with an acid resistant coating to ensure durability and contamination-free processing. Other features include a temperature-controlled sample chamber with an easy to operate heat control allowing temperatures up to 300°C. The instrument's variable power supply provides precise power adjustment, and the timer allows for accurate process run times of up to 30 minutes. The design also eliminates hazardous environments and potential damages due to the possibility of an unattended sample, as it is fitted with a safety interlock and features a cool down timer to ensure an optimal result once the etching / ashing process is complete. The light action sample loading mechanism is user friendly, enabling single or multiple sample loading, and it can be operated with gloves. Furthermore, 442783 is equipped with an exhaust gas management system, making sure that it is compliant with health and safety regulations. The 492 millimeter chamber size makes it suitable for a range of sample sizes, and the solid-state circuitry with microprocessor controls makes sure that the etching / ashing process is accurately controlled. OXFORD 442783 is a comprehensive, dependable and user-friendly instrument ideal for a variety of microelectronic and other materials etching and ashing applications.