Used KLEIBER & SCHULZ Equipment for sale

KLEIBER & SCHULZ is a renowned producer in the field of wafer processing, known for their exceptional quality and innovation. With a rich history spanning several decades, they have consistently delivered cutting-edge solutions to meet the ever-evolving demands of the semiconductor industry. One of their key products is their wafer processing equipment, which includes advanced wafer bonding machines, wafer grinders, polishers, and dicing saws. These machines are designed to provide precise and efficient processing of semiconductor wafers, ensuring high productivity and yield. In addition to wafer processing equipment, KLEIBER & SCHULZ also offers a range of other products for the semiconductor industry. They provide wafer inspection systems that utilize advanced imaging technologies to detect defects on wafers, ensuring only top-quality wafers are used in the production process. Their metrology solutions enable accurate measurement and characterization of wafers, crucial for ensuring the desired performance of semiconductor devices. Moreover, KLEIBER & SCHULZ has diversified its product portfolio to cater to other technology-driven industries. They develop and manufacture advanced systems for thin-film technology, delivering precise and uniform deposition of coatings on various substrates. This has widened their customer base, attracting clients from industries such as medical device manufacturing, OLED production, and optics. Driven by their commitment to innovation, KLEIBER & SCHULZ continuously invests in research and development to stay ahead of market trends and deliver the latest technological advancements. By understanding the unique requirements of their customers, they tailor their solutions to provide the best possible results and contribute to the success of their partners. With their extensive product range, exceptional quality, and commitment to technological advancements, KLEIBER & SCHULZ is truly a pioneer in the field of wafer processing and related technologies.