Used RUCKER & KOLLS / R&K 1032 #9109532 for sale

RUCKER & KOLLS / R&K 1032 is a prober designed for the probing and testing of electrical devices such as integrated circuits (ICs). It is a highly specialized device that consists of a compact, self-contained computer-controlled laser equipment and is used to automates probing and testing in the research and development of small electronic components. R&K 1032 prober's uses a calibrated laser source and automatically sets the exposure time, voltage, current, and laser energy settings. It is capable of high resolution probing of 0.5 microns and operates using patented Laser Beam Probing (LBP) technology. The basic system setup of RUCKER & KOLLS 1032 consists of a control unit, a vacuum chamber, a laser source, a beam expander, an electro-optic modulator, a detector, and a target. The control unit is designed to allow the user to configure the laser unit parameters and select the test protocol and data acquisition. The vacuum chamber seals the machine against environmental contamination and prevents the loss of energy as the laser beam propagates. The laser source generates the laser beam which is then passed through the beam expander and electro-optic modulator before reaching the detector. The electro-optic modulator increases the intensity of the beam and allows it to be precisely directed to the target being tested. The detector collects the laser beam radiation that is reflected off the target and converts it to electrical signals which are then routed back to the control unit for analysis. 1032 is built to be durable and reliable. It is designed for quick installation and operation and can be used for a variety of applications such as testing ICs, assessing the quality of electrical connection joints, and examining the physical characteristics of components. The device also has a wide range of options available for customization, such as a choice of target holders, filters, lenses, and beam splitters. RUCKER & KOLLS / R&K 1032 is an advanced prober providing accurate and repeatable testing capabilities in the IC testing industry. It has the versatility and precision to help optimize the development of advanced electronic components. Its laser-based probing method offers unparalleled accuracy, repeatability, and sensitivity and is suitable for high volume production testing.