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This product is a vacuum induction furnace that utilizes induction heating, with a maximum melting temperature of 2000°C. It features a stainless-steel water-cooled chamber and is equipped with a quartz viewing window for real-time observation of the sample-melting process. The furnace is suitable for metal melting and heat treatment, as well as phase-diagram studies. With its rapid melting capability, ease of operation, and energy-efficient, environmentally friendly design, it is ideally suited for laboratory research on metallic samples.
Keywords： Thin Film Preparation
This ion-plating product seamlessly integrates glow-discharge phenomena, plasma technology, and vacuum evaporation, which not only significantly enhances film quality but also broadens the application scope of thin films. It boasts advantages such as a high deposition rate, strong film adhesion, excellent conformality, and a wide range of available coating materials, making it particularly well suited for depositing hard protective coatings like TiN. Moreover, by controlling the process atmosphere, the color of the deposited film can be tailored, and the film exhibits robust adhesion to the substrate, thereby enabling the production of decorative coatings in a variety of colors.
This product is a high-end, high-performance heating device specifically designed for laboratory use. As a lightweight tubular heating solution, it features 1,200°C high-temperature heating, a compact tubular chamber, uniform temperature-field control, and an intelligent PLC touch-screen control system. It delivers precise temperature regulation and highly efficient operation, enabling uniform tubular heating of small samples and accommodating the heating of various materials, including metals and ceramics. Widely used in laboratory R&D of small-scale samples and small-batch pilot production, it is the preferred core equipment for small-scale, high-precision tubular heating in laboratories.
This product can reach temperatures of up to 1600°C and is suitable for applications such as material annealing, hot-press bonding, surface treatment, and synthesis. The materials that can be processed include metals, ceramics, nanomaterials, and amorphous materials. This equipment is particularly well suited for research on solid-state electrolytes and thermoelectric materials.
This product is a PLD pulsed laser sputtering deposition system, primarily used for the growth of thin films of optical crystals, ferroelectrics, ferromagnetics, superconductors, and organic compounds. It is particularly well suited for depositing complex layered superlattice thin films with high melting points, multiple constituent elements, and gaseous elements.
This product is an electron-beam evaporation coating system, primarily used for the preparation of various conductive films, semiconductor films, ferroelectric films, and optical films, as well as for micro- and nano-fabrication of microdevices and for the pre-treatment of electron microscopy samples. It is particularly well suited for the evaporation deposition of a wide range of refractory metal materials.
This product is an electron-beam evaporation coating system primarily used for the preparation of various conductive films, semiconductor films, ferroelectric films, and optical films. It finds applications in micro- and nano-device fabrication, as well as in the pre-treatment of electron microscopy samples, and is particularly well suited for the evaporation deposition of a wide range of refractory metal materials. In addition to hard substrates such as glass and silicon wafers, it can also be used for coating flexible substrates like PDMS, PTFE, and PI.
This box-type furnace is widely used in laboratory sintering and annealing, dental prosthetic processing for baking, zirconia disc pre-sintering, and other applications. It features the following outstanding characteristics: it allows pre-setting up to 10 heating curves, which can be assigned to 10 different sintering materials; these curves can be directly recalled as needed without interfering with one another, eliminating the need to repeatedly adjust temperature parameters.
This plasma cleaner is a compact, non-destructive cleaning device. It employs low-pressure plasma generation as the cleaning medium, effectively eliminating secondary contamination that can result from liquid cleaning agents.
Recently, a delegation led by the chairman of a technology company in Anhui Province paid a special visit to our company to conduct an in-depth inspection of our PECVD equipment. As a company with outstanding achievements in the medical and materials sectors, it produces as many as 500 million test tubes annually and has never ceased its pursuit of advanced production equipment and technological innovation. This visit was aimed at identifying new technical support to further enhance product quality and expand the company’s business scope.
Keywords：Thin Film Preparation
A diamond cutting machine is a high-efficiency cutting device widely used in construction, stone processing, and the machining of various hard materials. Utilizing diamond as the cutting tool, it can effortlessly cut a range of tough materials, including ceramics, concrete, and natural stone, making it increasingly popular across numerous industries.
The fabrication process of button cells is relatively simple. They are widely used in qualitative, quantitative, and comparative experiments on key battery components, including cathode materials, anode materials, separators, and electrolytes.
October 31, 2025 — The autumn air is crisp and clear, and the trees are laden with ripe fruits. Today, our company welcomed a distinguished delegation of representatives from a renowned German industrial group, who have traveled from afar for an on-site visit. The purpose of this visit is to conduct an in-depth field inspection and technical exchange on our core product—the high-temperature smelting furnace equipment—thereby laying a solid foundation for future strategic cooperation between the two sides.
Electrospinning is a technique that uses electrostatic forces to spin polymer solutions into fibers.
A electrospinning machine is a device that uses electrostatic forces to spin polymer solutions into fibers.
