CZ Growing Equipment

Producing the highest quality silicon ingots at some of the industry’s fastest speeds, lowest costs and largest formats.

Our family of Czochralski (CZ) furnaces is designed to produce the highest quality silicon ingots at some of the industry’s fastest speeds, lowest costs and largest formats. We customize every product for every customer, whether it’s the modification of one part, or a complete, state-of-the-art crystal growing system tailored precisely to your needs.

Linton is a leader in CZ growing equipment for ingots used in machined silicon parts, optics, sputtering targets, etch electrodes and more. Over the years, our CZ furnaces have created ingots that provide electrical power for satellites, heat-resistant mirrors for our national defense systems and the machined parts that produce next-generation integrated circuits and solar cells.

Options & Accessories

Let us help you assemble a complete Czochralski (CZ) furnace system for optimal performance.

Hotzones

Low-Power Consumption

Cooling Tubes

Magnets

Resistive Magnets

Superconducting Magnets

Vacuum Pumps

Main Vacuum Pumps

Auxiliary Vacuum Pumps

Feeding

Internal Feeders

External Feeders

Handling Equipment

Ingot Handling Carts

Crucible Handling Systems

Maintenance

Air Filtration Systems

Maintenance Tools

Key features of our product line.

Use the Czochralski (CZ) method, which allows for growth of single, large crystals at lower cots than other growth methods.

Modularity—designed to be easily and inexpensively refitted for multiple hotzone sizes. As industry standards—and your needs—change, your furnace system can, too.

Faster crystal growth—Our systems are achieving some of the fastest crystal growth speeds in the industry, to speeds of 1.6 - 2.0 mm per minute.

Hotzone sizes range from 20 to 40 inches optimized for 200mm, 250mm and 300mm wafers (custom - capable of accommodating other sizes).

Low operating costs—Much of our research and development targets lowering your operating costs, such as:

Low-power, high-efficiency hotzones that reduce power consumption by nearly half, extend the lifetime of crucibles to approximately 250 hours vs. typical 185 to 195 hours
Newly-designed heaters and insulation boost efficiency and lower operating costs
Superconducting magnets vastly reduce power requirements vs. resistive magnets

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