Aerospace Heat Treating: Technologies, Workflow & Challenges

The CGF Crystal Growth Furnace by Across International LLC is a high-precision thermal processing unit designed for the controlled growth of single crystals used in semiconductor, optics, and material science applications. Engineered with advanced temperature control and uniform heating capabilities, this furnace supports various crystal growth methods such as the Czochralski (CZ) process and the Bridgman technique. Ideal for research laboratories and industrial applications, the CGF ensures high-purity crystal formation with exceptional consistency. This video provides an overview of the furnace’s design, features, and functionalities, demonstrating its role in cutting-edge material development.

Ai CGF series Crystal Growth Furnaces come with swing-open chamber; it also features the famous Kanthal (Sweden) spiral wire coils embedded in Mitsubishi (Japan) high-quality grade 1500 alumina fiber insulation. A double-walled steel internal housing helps minimize heat loss to the exterior surface.

Furnace operation is controlled by high precision 50-segment Eurotherm 3504 (UK), allowing the user to connect to a PC for remote control and monitoring of the furnace. You can also save or export test results.

Crystal Growth Furnace
CGF Furnace
Across International Furnace
High-Temperature Furnace
Lab Furnace
Semiconductor Manufacturing
Crystal Growth Process
Material Science Equipment
Research Laboratory Furnace
Industrial Furnace
Single Crystal Growth
CZ Method Furnace (Czochralski Method)
Bridgman Furnace
High-Purity Material Processing
Thermal Processing Equipment
University Lab Equipment
R&D Laboratory Tools
Semiconductor Fabrication
Materials Engineering
Furnace for Research

Discover the powerful capabilities of the PQ-N12 and PQ-N20 series planetary ball mills from Across International. Designed for high-efficiency, low-noise operation, these mills are ideal tools for mixing, homogenizing, fine grinding, mechanical alloying, and even colloidal grinding. Perfect for research labs and high-tech material production, they allow for wet or dry milling, with the added benefit of optional vacuum jars for processing in a controlled environment.

With four grinding stations and advanced programmable controls, the PQ-N20 achieves ultra-fine results down to 0.1 micron through high-energy impact and friction forces. Multiple grinding methods offer flexibility for complex processes, including bi-directional grinding with timed pauses. Safety features, adjustable design, and a wide variety of grinding media make this a versatile and reliable solution for any advanced material research application.

A timer controls running time from 1 to 999 minutes; it also controls jars' direction of rotation and intervals. We offer various sizes of grinding jars and grinding balls in different materials in our ball mill accessories section. Depending on your application, the material your grinding media is made from may be imperative to achieving accurate results.

Planetary ball mill, PQ-N12, PQ-N20, Across International, fine grinding, mechanical alloying, wet grinding, dry grinding, lab equipment, material science, high energy milling, vacuum ball mill, nano grinding, grinding jars, ball mill accessories

Hastelloy Chamber for Controlled Atmosphere Furnaces