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General Lab Instrument

General laboratory instruments are required for daily experiments, offering flexibility and functionality in various types laboratories such as Research labs, Diagnostic testing in medical labs, Research and development, Quality assurance, Educational labs.

General laboratory equipment includes everything from Hot plates, Baths and Circulators, Ovens, Furnaces, Pipettes, Balances, Centrifuges, Coolers, Vacuum pumps, Incubators, Stirrers, Rockers and Vortex mixers, each supporting critical tasks such as sample preparation, analysis, and sterilization.

Glass-Ceramic Hot Plate Split-Type Advanced

The IEH50 Series split-type Glass-ceramic hot plates feature modular designs with separated control units and main heating units, connected via aviation-grade connectors for remote operation. The element is heated via mica, and the instrument's PID control adjusts the heating output in real time, precisely controlling the plate's temperature. The shell is made of high-quality 304 stainless steel with integral welding, and the heating tabletop is integrally formed, greatly enhancing heating speed and temperature uniformity. The titanium-plated thermal insulation layer offers high strength and corrosion resistance, with advantages of rapid heating, safety and reliability.

Graphite Hot Plate Split-Type Dust-proof Advanced

The IEH Series split-type graphite hot plates feature modular designs with separated control units and main heating units, connected via aviation-grade connectors for remote operation. The main units heat their respective graphite plates via heating tubes, while PID-controlled units dynamically adjust power outputs to achieve precise surface temperature control. The shell is made of high-quality 304 stainless steel with integral welding, and the heating tabletop is integrally formed, greatly enhancing heating speed and temperature uniformity. The titanium-plated thermal insulation layer offers high strength and corrosion resistance, with advantages of rapid heating, safety and reliability.

Enclosed Electric Hotplate

The FL Series Enclosed Electric Hotplates feature high - quality cold - rolled steel housings with an electrostatic powder coating, offering superior corrosion resistance and robust durability. Equipped with integrated insulation rings, they effectively prevent accidental contact and potential safety hazards. Ideal for laboratories in industrial, mining, healthcare, and scientific research institutions.

Graphite Acid Evaporator

The GAP Series Graphite Acid Evaporators are high-efficiency instruments specifically engineered for acid evaporation following sample digestion in laboratories. Constructed from high-purity graphite, they deliver exceptional resistance to acid/alkali corrosion and superior thermal conductivity. With precise temperature control, they ensure consistent and reliable sample processing, making them widely applicable in environmental monitoring, food safety, pharmaceutical research, and related fields.

Oil Bath Integrated Heating Magnetic Stirrer

The heated container of the integrated heating magnetic stirrer is completely exposed to strong thermal radiation, and the heating speed is three times that of other similar flat stirrers. The heat-collecting pot is stamped from high-quality stainless steel, combined with a special heating tube and a high-temperature resistant material seal. It can be added with water (water bath) or oil (oil bath).

Thermostatic Water Bath

LC-WB series thermostatic water bath is a laboratory unit with PID controller and LCD display for optimized temperature uniformity. Insulated stainless steel chamber and high-intensity electrostatic coating exterior provides protection against corrosion and chemical damage. Thermostatic water bath is used in research and biological laboratories to improve solubility of poorly soluble substance, warming of chemical reagent, facilitating chemical reaction, incubation of cell cultures, etc.

Test Tube Air Dryer

LC-AD series test tube air dryer is a device used to remove moisture in glass tubes quickly by hot gas streams. This test tube dryers are commonly utilized in laboratory and industrial settings where the presence of moisture in test tube can lead to adverse effects on experiments.

Oil Bath Integrated Heating Magnetic Stirring

LC-OB series oil bath is a type of heated bath used for laboratories, it is most commonly used in research laboratories for reactions that require heating temperatures up to 300℃. Integrated magnetic stirring, oil baths provide more uniform heat compared to other heaters. Laboratory oil bath made of aluminum or stainless steel mold.

Graphite Hot Plate

The EH Series graphite hot plates feature a seamless cold-rolled steel housing with powder-coated finish and a monolithic heating surface crafted from isostatically pressed graphite. This design enhances heating speed and thermal uniformity while eliminating open flames, delivering flameless operation, rapid heating,exceptional temperature consistency, and industrial-grade safety. Ideal for baking, drying, and thermal experiments in chemical analysis, physical testing, and heat treatment across industrial, medical, environmental, biochemical, and research laboratories.

Split-Type Graphite Hot Plate Dust-proof

The IEH Series split-type graphite hot plates feature modular designs with separated control units and main heating units, connected via aviation-grade connectors for remote operation. The main units heat their respective graphite plates via heating tubes, while PID-controlled units dynamically adjust power outputs to achieve precise surface temperature control. Constructed with seamless 304 stainless steel housings and monolithic heating surfaces, they ensure rapid heating, exceptional thermal uniformity, flameless operation, and industrial-grade safety.

Constant Temperature Hot Plate High-Precision Integrated

The DB-DA Series hot plates feature a cold-rolled steel housing with powder-coated finish and a monolithic heating surface for rapid temperature rise and exceptional uniformity. Designed to eliminate open flames, they offer flameless operation, fast heating, uniform heat distribution, and enhanced safety. Ideal for chemical analysis, physical testing, heat treatment, drying, and thermal experiments in industrial, medical, environmental, biochemical, and research laboratories.

Electric Heating Mantle (Flask Type)

HSU Series heating mantles utilize high-temperature-resistant, alkali-free glass fiber as insulation material, encapsulating resistance wires within the insulation layer to form a hemispherical inner-heating element. Designed for laboratory liquid heating applications across universities, research institutions, petroleum, chemical, pharmaceutical, and environmental industries, they represent ideal heating solutions for diverse laboratories and fine chemical processing units.

Electric Heating Mantle (Flask Type) Digital

Heating Circulating Bath

The LC-HCB Series Heating Circulating Baths provide precise temperature control for experiments within the bath or enable the creation of a secondary constant temperature field when connected to external equipment via tubing. They deliver a stable, uniform, and controllable temperature source for constant-temperature testing of samples, direct heating, or auxiliary heating applications. Constructed with stainless-steel inner chambers and high-quality cold-rolled steel shells coated with anti-corrosion powder spraying, these baths are widely applicable in chemical, petroleum, medical, biological, physicochemical, metrology, and electronics industries. They serve as essential laboratory instruments in universities, research institutions, and industrial enterprises.

Constant Temperature Water Bath

The HH Series Constant Temperature Water Baths are meticulously engineered with high-quality 304 stainless steel inner chambers, while their outer shells are crafted from cold-rolled steel through precise stamping, folding, and welding processes.The shell surfaces undergo high-strength electrostatic spraying, ensuring smooth, corrosion-resistant paint finishes that combine aesthetic appeal with durability.

Designed for versatile applications, these water baths are ideal for drying, concentration, distillation, and the immersion of chemical reagents, pharmaceutical compounds, and biological samples. They also excel in constant-temperature water bath heating and various temperature-dependent experimental setups. As indispensable tools in modern laboratories, they serve critical roles in biological research, genetics, virology, aquaculture, environmental science, pharmaceuticals, healthcare, biochemical analysis, and academic research.

Intelligent Hot Plate Stainless Steel

The DB-AB Series hot plates feature a cold-rolled steel housing with powder-coated finish, engineered to enhance heating speed and temperature uniformity. Designed for flameless operation, they deliver rapid heating, exceptional thermal consistency, and industrial-grade safety, while their modern aesthetic aligns with contemporary laboratory standards.Ideal for chemical analysis, physical testing, and thermal experiments in industrial, medical, and research settings.

Split-Type Glass-Ceramic Hot Plate

The IEH50 Series split-type glass-ceramic hot plates feature modular designs with control units and main heating units separated, connected via aviation-grade connectors for remote operation. The main units heat glass-ceramic plates via mica heating elements. Microprocessor PID temperature control. Constructed with seamless 304 stainless steel housings and monolithic heating surfaces, integrated design of the heater and the top plate provides exceptional heat transfer rate and quick heat up capability.

Water Bath Stirring Single-Station

The inner tank of water bath is made of premium 304 stainless steel, while the outer shell is constructed from cold-rolled steel through stamping, folding and welding processes, featuring a durable high-strength electrostatic coating for excellent corrosion resistance. This versatile equipment is suitable for drying, concentrating, distilling and immersing chemical reagents, pharmaceuticals and biological products, as well as constant-temperature heating and other temperature-controlled experiments. It serves as an essential tool for various applications in biology, genetics, virology, aquaculture, environmental protection, medical research, healthcare, biochemical analysis and educational laboratories.

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