Believe It Small Cz Crystal Grower System For < 1" Single Crystals Up To 2100c - Imcs-2000-cz Deal Alert: 90% Off [rw9jTX5S]

Small CZ Crystal Grower System for < 1" Single Crystals

The IMCS-2000-CZ is a compact and efficient Czochralski (CZ) Crystal Growth Furnace designed for the production of high-quality single crystals with diameters up to 1". This system is perfect for metals and oxides, offering a versatile solution for various applications. With its impressive temperature range of up to 2100°C, the IMCS-2000-CZ can handle a wide array of materials, including Al2O3, GGG, YAG, LaAlO3, Si, Ge, and more. Its precision and reliability make it an ideal choice for both research and industrial use.

Key Features and Specifications

The IMCS-2000-CZ is equipped with a powerful 25kW induction heating system, ensuring rapid and uniform heating. The vacuum chamber, made of SS304 material, is designed for optimal performance and durability. It features a quartz window for easy observation of the crystal growth process and is equipped with various ports for vacuum and gas connections. The pulling mechanism is driven by a precision servo motor, offering precise control over pulling speed (0.1-10 mm/hr) and rotation speed (0.1-23 rpm). The system also includes a digital anti-corrosion vacuum gauge for accurate measurements, and it is compatible with both turbopump and mechanical pump options.

Applications and Benefits

The IMCS-2000-CZ is a versatile tool that finds applications in various fields, such as semiconductor manufacturing, optical materials, and research and development. Its ability to grow high-quality single crystals with precise control makes it an invaluable asset for researchers and manufacturers alike. Whether you are working on advanced materials or seeking to improve the quality of your products, the IMCS-2000-CZ is a reliable and efficient solution. With MTI's comprehensive technical training and worldwide online video support, you can be confident in your investment and its successful implementation.