Sapphire Crystal Growth Furnace CZ method Czochralski Furnace produces high quality sapphire crystals

Sapphire Crystal Growth Furnace CZ method Czochralski Furnace produces high quality sapphire crystals

ZMSH's CZ Puller furnaces are available in a wide range of sizes, heating power elements and strengths. According to the process requirements, the heating technology of the direct-drawn furnace can be inductive or resistive. Crucible sizes up to 400 mm in diameter and operating temperatures up to 2300°C.

The pull-through furnaces are equipped with precise and stable pull-out heads with conversion rates ranging from 0.01 to 100 mm/hour. Intuitive, user-friendly crystal pulling software for complete monitoring and control of the growth process. In this way, after dipping into the seed, the crystal can be grown automatically, and the seed growth is based on the predefined crystal geometry created by the user in the software-specific geometry definition window. The variety of Czochra furnace designs makes it ideal for use in laboratories, universities and research and development centers.

Technical Parameter

Environment requirement

1. Power supply: three-phase five-wire, 50MHz 380v+/-10%, 50Kw;

2. Installation space height: ≥3.5m;

3. The main body of the equipment should be installed on a solid floor and surrounded by vibration isolation facilities. The vibration transmitted from the outside to the device should be less than 5um.

4. Cooling water: deionized water, flow ≥80L/min, pressure ≥0.3MPa, temperature 24+/-1.5℃, temperature fluctuation ≤1℃/H;

5. Ambient temperature: 24+/-1.5℃, temperature fluctuation ≤1℃/H, humidity <70%;

Sapphire Crystal Growth Furnace display

With its high-precision temperature control, fully automated operation and large-size crystal production capacity, CZ equipment has become the core equipment for sapphire single crystal manufacturing. Through customized design, process support, intelligent operation and maintenance and other comprehensive services, ZMSH helps customers to achieve efficient, low-consumption, high-quality sapphire crystal production, and promote the sustainable development of LED, optical devices, consumer electronics and other industries.