Biomedical Life Science Instruments - Industry-leading Lab Equipment Supplier & Manufacturer

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Email: info@lichen-scientific.com

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Biomedical\Life Science

These science instruments are designed to meet the demands of the biomedical and life science industries providing reliability, accuracy and usability of preservation, incubation and sterilization to facilitate cutting-edge research.

Our range of products, including Cell/Microbiological Culture incubation equipment(Constant Temperature Incubators, Shaking Incubator, Artificial Climate Incubator, CO2 Incubator, Medicine Stability Test Chamber), Biosafety Cabinets, Laminar Flow Cabinet, Centrifuges, Autoclaves, Cell Disruptor, Mixer and Homogenizer, Cryogenic Storage, Colony Counter, Infrared Sterilizer and UV Analyzer etc. for sterilization and bacterial/cell culture as well as maintenance of clean room environment.

Magnetic Stirrer Hotplate Advanced

LCS-MSA series magnetic stirrer hotplate is used in research labs and pharmaceutical industries for controlled heating and stirring. With the heating temperature control system, it can heat and control the sample temperature according to the specific experimental requirements, maintain the temperature conditions required by the experimental conditions, and ensure that the liquid mixing meets the experimental requirements.

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.

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.

Coolant Recirculating Chiller Advanced

The LCS-RC Series recirculating chillers are compact circulating units with 400W cooling power, delivering coolant temperatures as low as -20°C. Engineered for critical cooling in rotary evaporators, reflux condensers, other laboratory apparatus, they utilize the eco-friendly refrigerant R404A. Featuring 4L SUS304 stainless steel baths with superior anti-corrosion properties, these chillers combine space-saving designs with high-efficiency performance, making them the preferred choices for modern laboratories.

High-speed Homogenizer Advanced

The LCS-HET Series homogenizer combines innovative design with precision engineering for advanced sample processing. Driven by a high-speed motor, the homogenizing head delivers intensive shear force and dispersion energy, enabling efficient homogenization, emulsification, and dispersion of materials in liquid media. Essential for demanding applications including:

Biopharmaceutical research

Genetic studies & tissue disruption

Cell lysis & pathological analysis

Dairy homogenization & polymerization

Constant Temperature Humidity Cultivation Cabinet Advanced

The LCS-TIC Series Constant Temperature and Humidity Incubator features intelligent microcomputer control, an LCD display, and touch-sensitive operation buttons for user-friendly functionality. The stainless steel chamber with rounded corners and removable shelves ensures easy cleaning, while the electrostatic spray-finished exterior offers durability and aesthetic appeal. Designed for environmental research, pharmaceuticals, agriculture, and aquatic studies, they are ideal for BOD analysis, microbial cultivation, plant growth experiments, and long-term sample storage.

Artificial Climate Incubator Advanced

The LCS-PHIC Series Artificial Climate Incubators Incubators utilize advanced microcomputer-programmable control technology to simulate natural conditions by precisely adjusting temperature and light intensity. Designed for plant tissue culture, seed germination, microbial cultivation, material testing (e.g., pharmaceuticals, construction materials), and industrial quality control, they ensure reliable performance for light-sensitive experiments across research and production applications.

Illumination Incubator Advanced

The LCS-PIC Series Light Incubators utilize advanced microcomputer-programmable control technology to simulate natural conditions by precisely adjusting temperature and light intensity. Designed for plant tissue culture, seed germination, microbial cultivation, material testing (e.g., pharmaceuticals, construction materials), and industrial quality control, they ensure reliable performance for light-sensitive experiments across research and production applications.

Mold Cultivation Cabinet Advanced

The LCS-MIC Series Mold Incubator integrates both heating and cooling capabilities, enabling precise constant-temperature incubation and storage of samples at temperatures above or below ambient conditions. As a staple piece of equipment in microbiology laboratories, it provides the stable environment crucial for microbiological research.

Biochemical Incubator Advanced

The BIC Series Biochemical Incubators offer both heating and cooling capabilities. This temperature control system enables the cultivation or storage of samples within the incubator at temperatures above or below ambient conditions. Widely utilized in microbiology, biochemical incubators are standard laboratory equipment. Maintaining stable culture conditions is critical when handling microorganisms..

Oil-Free Diaphragm Vacuum Pump Advanced

The oil-free diaphragm vacuum pump is a dry-running vacuum device. It generates vacuum through the reciprocating motion of the diaphragm, eliminating the need for pump oil. This pump features pollution-free operation, corrosion resistance, low maintenance requirements, and a long service life. It is widely applicable in laboratories, medical, electronics, chemical, and environmental protection fields, serving as a replacement for traditional oil-sealed pumps to meet the vacuum demands of high cleanliness and high stability scenarios.

Rotary Vane Vacuum Pump Advanced

The VRT series oil-sealed dual-stage rotary vane pumps deliver high vacuum levels for containers and vacuum systems. Engineered with minimal components, these pumps achieve exceptional reliability, ultra-low noise, and industry-leading ultimate vacuum. As fundamental vacuum generation equipment, they utilize rotating vanes to create sealed chambers that evacuate gases through mechanical compression.

Electric Rotary Evaporator Advanced

RE Series Laboratory Rotary Evaporators are high-efficiency separation and concentration devices widely used in chemistry, biology, pharmaceuticals, and other fields. The core function is to gently remove solvents from solutions via reduced-pressure distillation. Motor-driven flasks rotate at constant speeds, forming uniform liquid films on flask walls to maximize evaporation surface area. Heating baths (water or oil) provide precise thermal control, while vacuum systems lower pressure to reduce solvent boiling points. Evaporated solvent vapor is liquefied in condensers via coolants and collected in receiving flasks. Designed for easy operation and sample protection, they are ideal for heat-sensitive compounds, enabling rapid solvent removal without thermal degradation.

Ultra-thin Magnetic Stirrer Advanced

LCS-MST series ultra-thin magnetic stirrer adopts the international advanced design concept and manufacturing technology, product lines smooth, nice shape, compact structure, strong. With an aspect ratio of just 13mm thick and weighing just 0.35 Kg. It is perfect representation of immense power and a compact package.

Vertical Vacuum Drying Oven

The LCS-VD Series Vertical Vacuum Drying Ovens are engineered for drying,baking,heat treatment, and dry-heat sterilization under vacuum conditions. Designed specifically for heat-sensitive, decomposable, and oxidizable materials, these ovens maintain precise vacuum levels and support inert gas injection to enable rapid drying of complex compositions.

Vertical Forced Air Convection Drying Oven

The LC-AOV Series Vertical Forced Air Convection Drying Ovens feature an innovative vertical design with advanced manufacturing processes, offering precise temperature control, stable performance, and user-friendly operation. Ideal for drying, baking, wax melting, and heat treatment in laboratories, industrial plants, and pharmaceutical facilities.

Touchscreen Rotational Viscometer Advanced

The DVT Series Touchscreen Viscometers feature a 7-inch color LCD touchscreen that guides users through test setup, data collection, and viscosity measurement processes with speed and ease. Equipped with advanced programming capabilities and result analysis tools，including data averaging and QC upper/lower limit alerts, these instruments support direct data logging to local printers, PCs, or USB drives for seamless workflow integration.

Rotational Viscometer Advanced

The DV Series Rotational Viscometers integrate advanced mechanical design, precision manufacturing processes, and microprocessor-controlled technology. Equipped with a high-resolution TFT display, these instruments ensure accurate data acquisition and intuitive parameter visualization. Designed for sensitivity, reliability, and user-friendly operation, these instruments deliver exceptional performance in viscosity measurement across diverse industrial applications.

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