Used KARL SUSS / MICROTEC PA 300 #293679593 for sale

KARL SUSS / MICROTEC PA 300 is a versatile prober designed for both standard and highly specialized probing and microelectronic applications. It is equipped with a highly precise x-y-z stage that is capable of precise motorized movement in x, y and z directions. This capability allows the user to position the probes with extreme accuracy onto various substrates and targets. MICROTEC PA 300 has a highly efficient temperature control system, and its flexible temperature range from -50°C to 500°C allows a wide array of materials to be tested. This temperature range can be applied to both the probes and the substrates for precision measurements. KARL SUSS PA300 is equipped with many different probes that can be used for different kinds of applications. These probes include Kelvin probes, STEM contacts, Low Voltage Contacts and vacuum probes. This wide range of probes gives the user the flexibility to accurately measure various parameters and surfaces with the highest level of accuracy. PA 300 is suited for various high precision microelectronics applications such as nano-scale semiconductor measurements, advanced package materials testing, laser ablation and photodetection, and microscope alignment. Its high resolution capability of 0.01µm makes it possible to precisely analyze even the most secific micro-structures and features of devices. Additional features of KARL SUSS / MICROTEC PA300 are its automatic level control, which adjusts the probes and substrates for optimal alignment and parallelism, as well as its components run-in feature that reduces the thermal stress on the probes. This system also features a high precision alignment microscope for inspecting and aligning the substrates with the probes. PA300 is an advanced, versatile prober that is designed to be used for both standard and highly specialized probing and microelectronic applications. Its wide range of probes and control systems enable users to accurately measure various parameters, even on a nano scale. Its stability and automation features make it an ideal choice for applications requiring high levels of accuracy.