LCT continues to advance the industry as a leader in providing furnaces that use the Czochralski (CZ) process for creating ingots of monocrystalline silicon (mono-Si), widely used in semiconductor and solar applications worldwide.
LCT continues to advance the industry as a leader in providing furnaces that use the Czochralski (CZ) process for creating ingots of monocrystalline silicon (mono-Si), widely used in semiconductor and solar applications worldwide.
Linton’s range of single- and multi-wire saws and silicon wafer processing equipment take the ingot through the steps necessary to obtain a highly reflective, flat silicon wafer ready for use in solar cell applications.
The KX170MCZR brings the latest in advanced control systems to production of 8- to 10-inch (200-250 mm) crystals. Hotzones accommodate 24- and 26-inch crucibles. The KX170MCZR is enabled for supporting a range of magnet options.
The KX170PV brings the latest in advanced control systems to production of 8- to 10-inch (200-250 mm) crystals. Hotzones accommodate 24- and 26-inch crucibles.
World’s First and Only Modular Furnace
The KX240MCZR is the world’s only modular furnace, designed to easily accommodate different sized hotzones to track with your changing needs and ensure you get a long life from your investment. It’s optimized for developing 8- to 12-inch (200 to 300 mm) crystals with space to accommodate hotzones fitting 22, 24-, 26- and 28-inch crucibles. Optional field-upgrades are available for furnace diameters (1100 - 1200mm), receiving chamber heights (3000, 3500 and 4000 mm), and throat diameters (350 and 400 mm). The KX240MCZR is magnet-ready—options include a 1,000-gauss resistive cusp magnet.
World’s First and Only Modular Furnace
The KX240PV is the world’s only modular furnace, designed to easily accommodate different sized hotzones to track with your changing needs and ensure you get a long life from your investment. It’s optimized for developing 8- to 12-inch (200 to 300 mm) crystals with space to accommodate hotzones fitting 22, 24-, 26- and 28-inch crucibles. Optional field-upgrades are available for furnace diameters (1100 - 1200mm), receiving chamber heights (3000, 3500 and 4000 mm), and throat diameters (350 and 400 mm).
World’s First and Only Modular Furnace
The KX240MACH is the world’s only modular furnace, designed to easily accommodate different sized hotzones to track with your changing needs and ensure you get a long life from your investment. Accommodates hotzones fitting 22, 24-, 26- and 28-inch crucibles. Optional field-upgrades are available for furnace diameters (1100 - 1200mm), receiving chamber heights (3000, 3500 and 4000 mm), and throat diameters (350 and 400 mm). The KX240MACH options include a 1,000-gauss resistive cusp magnet.
The KX320MCZR is optimized for producing 300 mm crystals with a 1300 mm furnace size and 3500 mm-high receiving chamber for accommodating 32-inch crucibles and is magnet-ready. Options include resistive and superconducting magnets.
The KX320/300 is optimized for producing 300 mm crystals with a ~1300 mm furnace size. It's 3400 mm-high receiving chamber can accommodate 32-inch crucibles and it has a superconducting magnet. Linton Crystal Process Staff work with clients at the time of design, development and manufacturing to customize each furnace as necessary to meet their organization and/or industry requirements.
The KX320MACH offers a 1300 mm furnace size and 3500 mm-high receiving chamber for accommodating 32-inch crucibles.
The KX360MCZR has the largest furnace chamber, 1400 mm in diameter, capable of accommodating 32- or 36-inch crucibles. The furnace is capable of producing 300 mm and larger ingots. The KX360MCZR is magnet-ready for resistive and superconducting magnets.
The KX360PV has one of the industry’s largest furnace chambers, 1400 mm in diameter, capable of accommodating 32- or 36-inch crucibles (charge sizes up to 440kg and 650kg, respectively). Designed for PV ingot growth, the furnace is capable of producing 300 mm and larger ingots. It also features an advanced control system and low power consumption.
The KX360MACH has one of the industry’s largest furnace chambers, 1400 mm in diameter, capable of accommodating 32- or 36-inch crucibles. The furnace is capable of producing 300 mm and larger ingots.
The KX380PV has the largest furnace chamber, 1600 mm in diameter, capable of accommodating 32- or 36-inch crucibles (charge sizes up to 440kg and 850kg, respectively). It has a 400mm throat size and its tall receiving chamber (5500mm) can pull five-meter crystals; the size can be adapted to customer specifications. Additionally, the large charge size allows for high conversion yield of silicon for good economical operation, while also increasing throughput and reducing operational costs.
The Germanium Series of crystal growing furnaces are capable of growing diameters from 150 mm to 300 mm. We also offer an advanced CZ control system and custom dopant fixtures. Linton Crystal Process Staff work with clients at the time of design, development, and manufacturing to customize each furnace as necessary to meet their organization and/or industry requirements.
