Used ACCRETECH / TSK APM-90A #9211384 for sale

ACCRETECH / TSK APM-90A is an advanced prober used in semiconductor testing and analysis. It has a versatile design that enables it to easily adapt to different test applications, allowing it to be used in a range of semiconductor fabrication environments. The modular architecture of TSK APM90A allows the user to expand or modify the equipment as their testing needs change. It has an advanced control system that offers excellent control accuracy and a high level of automation. ACCRETECH APM 90A prober features a high-resolution 6-axis motion control unit with a unique servo motor design for fast and accurate testing. The prober is equipped with a multi-touch touch screen display with advanced operating software for easy customisation. It has four electrostatic discharge (ESD) protected test sites with a wide range of reference probes. The prober also has a high-speed generator and signal analyser to handle high frequency testing. APM-90A is extremely precise, able to probe 0.5µm patterns accurately. The prober also has excellent correction capabilities with dual track trace ability and four bias inputs. Its low mechanical pressure and extremely small samples make it suited for precise deformation and high-resolution contacts. The compliance range enables it to flexibly adapt to different probing techniques. In terms of measurement accuracy and repeatability, APM 90A offers exceptionally high performance. Its high-precision guide stage and six independent motorised axes ensure a precise and accurate alignment. The prober also has a dual levelling machine for fast and reliable alignment. Overall, TSK A-PM-90A is an advanced prober for precise semiconductor test and analysis. It is well-suited for various fabrication environments, with its modular architecture and advanced control tool. The prober offers excellent precision, accuracy, and repeatability with its dual levelling asset, 6-axis motion control model, and four bias inputs. It also features a large touch screen display, versatile reference probes, and sophisticated software.