Compared to standard front-loading box furnaces, elevator-type laboratory furnaces offer improved sample handling, better temperature uniformity, and enhanced atmosphere sealing. Their bottom-loading design makes them especially suitable for high-temperature sintering of fragile ceramics, heavy crucibles, or samples requiring vacuum or inert gas protection.
Discover the 1300℃ bell-type furnace with advanced hydraulic lifting, U-shaped SiC heating elements, ±1℃ accuracy, and energy-saving three-layer insulation. Ideal for ceramics, alumina, and high-temperature laboratory applications.
The 1700℃ dual-platform lifting industrial furnace features two independent loading platforms with electric in/out and hydraulic lifting, triple-zone temperature control, 48 SiMo heating rods, multi-layer refractory insulation, and integrated 7-inch touchscreen control. Ideal for high-temperature processing, batch production, and corrosion-resistant applications.
1600℃ fully automatic lifting furnace (GWDL-SS series) with single loading platform, separate control panel, Pt-Rh B thermocouple, SiMo heating rods, triple-layer insulation, liquid hydraulic lifting, RS485 interface, and 30-segment programmable temperature curves. Ideal for research, laboratory, and industrial sintering, melting, analysis, and material development.
Industrial dual-table lifting furnace designed for debinding, binder removal, and high-temperature sintering of ceramics, powder metallurgy, and advanced materials. Featuring double loading platforms, PLC control, and precise temperature uniformity.
1200℃ dual-elevator furnace with anti-HF corrosion design, high precision ±1℃ control, and continuous production capability. Ideal for ceramics & new materials.
1700℃ vacuum atmosphere elevator furnace with rotation & stirring platform, ±1℃ precision, and multi-atmosphere processing. Ideal for ceramics, alloys & magnets.