Natansi Techfirm

A Biosafety Cabinet Class A (also referred to as Class I Biosafety Cabinet) is a type of containment equipment used in laboratories to provide personnel and environmental protection while handling biohazardous materials. It is designed to protect the operator from potentially harmful aerosols or pathogens during experiments involving infectious agents, particularly in settings like clinical, microbiological, and research laboratories.

A Laminar Air Flow (LAF) Cabinet is a specialized laboratory device designed to provide a clean, sterile, and controlled environment by directing air in a uniform flow over the workspace. It is widely used in biological, pharmaceutical, medical, and research laboratories to prevent contamination of sensitive samples, materials, or products. The key principle behind a laminar flow cabinet is the unidirectional flow of air, which moves in parallel layers with minimal turbulence.

A Laboratory Water Bath is a common laboratory instrument used to heat samples in a controlled, consistent manner by submerging them in water. It provides a uniform temperature distribution and is typically used for heating, thawing, incubating, or maintaining samples at a specific temperature over an extended period of time. Water baths are widely used in research, clinical labs, and industrial applications.

A Laboratory Ultrasonic Water Bath is a specialized laboratory instrument used for cleaning, degassing, or processing samples through the use of ultrasonic waves in a water-filled tank. The ultrasonic waves create high-frequency sound waves that generate cavitation bubbles in the liquid. These bubbles collapse with intense force, producing small micro-jets that help to remove dirt, contaminants, or particulate matter from the surface of items submerged in the water bath.

A Walk-In Seed Germinator is a specialized, large-scale environmental chamber designed for the controlled germination of seeds. It provides optimal conditions for seedling growth and development by controlling key environmental factors such as temperature, humidity, and light. The term "walk-in" refers to the size of the unit, which allows people to enter the chamber and manage or observe the germination process. These chambers are typically used in agricultural research, seed production, and horticultural studies.

Ø  Temperature Control Range R.T +5 ~100°C

Ø  Temperature Control Accuracy ≤ ± 0.5°C

Ø  Display Accuracy 0.1°C

Ø  Temperature Uniformity of Block ≤ ± 0.3°C

Ø  Heating Time ≤15 Minutes（25°C to 100°C）

Ø  Nitrogen generator consists of an electrolytic cell

Ø  Electrolytic separation cell adopts a clamp type electrolytic cell

Ø  High gas production and good heat dissipation

Ø  Automatically drains for 10 minutes and switches to gas production

A Medical Laboratory Refrigerator is a specialized refrigeration unit designed to store biological specimens, reagents, vaccines, pharmaceuticals, and other temperature-sensitive materials in medical, clinical, or research settings. These refrigerators are built to maintain a stable, controlled environment that ensures the integrity and safety of stored items.

Ø  Measuring principle: differential pressure (manometric)

Ø  BOD value of the current test can be read at all times.

Ø  Measuring Range - 0 to 4000 mg/l (ppm)

Ø  Date and Time display

Ø Multi-tube vortex mixers are laboratory instruments designed to agitate multiple samples simultaneously. They are commonly used in biological and chemical research to mix or vortex small volumes of samples in tubes or microplates. The multi-tube vortex mixer operates by creating a rapid back-and-forth motion of the sample tubes, which creates a vortex that thoroughly mixes the contents. This type of mixer is particularly useful for applications such as cell culture, protein extraction, and DNA isolation, where consistent and thorough mixing is essential for successful outcomes. The multi-tube vortex mixer can also be used to resuspend sedimented particles or to mix reagents into a homogenous solution. Overall, the multi-tube vortex mixer is a versatile and essential tool in the laboratory, providing researchers with an efficient way to mix and agitate multiple samples simultaneously.

Operation Mode - Run & Touch Operation

Ø  Speed Range - 500~3000RPM

Ø  Amplitude - 4mm Horizontal Swing

Ø  Timing Function, LED Display

Ø  Maximum Load - 4kg

A Laboratory Vortex Mixer is a versatile and commonly used laboratory instrument designed to mix small volumes of liquids or suspensions quickly and efficiently. It generates a rapid, circular vortex motion, which allows for thorough mixing or agitation of samples in tubes, vials, or other small containers. Vortex mixers are widely used in clinical, research, and biotechnology laboratories.

A Blood Bank Refrigerator is a specialized refrigeration unit used for storing blood and blood products in a controlled, safe, and consistent environment. These refrigerators are critical in medical facilities, especially in blood banks, hospitals, and emergency care settings, to ensure that blood donations and blood components (like plasma, platelets, and red blood cells) are preserved at the proper temperature for safe use in medical treatments.

A Reversion Oil Bath is a specialized laboratory apparatus used to maintain precise, elevated temperatures for specific chemical reactions or processes, often in organic chemistry, materials science, and biological research. This type of oil bath is used primarily for reversion reactions, where certain materials, especially rubber or other polymers, undergo chemical changes when exposed to heat in the presence of oil. The oil bath provides even and stable heat transfer to the sample or reaction mixture, ensuring the desired reaction conditions are met.

A Microwave Digestion System represents a sophisticated apparatus employed in laboratory settings to expedite the process of sample digestion for subsequent chemical analysis.  By harnessing microwave radiation, this system facilitates the rapid decomposition of complex organic and inorganic matrices within closed vessels, ensuring efficient sample preparation. Typically comprising a microwave generator, specialized vessels resistant to high temperatures and pressures, and a control unit governing key parameters such as temperature and pressure, this system offers myriad advantages over conventional digestion techniques.  These benefits include notably shortened processing times, heightened sample throughput, enhanced reproducibility, and minimized contamination risks. Microwave digestion finds widespread utility across diverse scientific domains, including environmental analysis, food safety assessment, pharmaceutical research, and materials characterization

Ø  LCD Display. Titration method, curves and results

Ø  are displayed

Ø  Replaceable burette with high-accuracy 10ml or 20ml

Ø  (selectable)

Ø  Support titration modes: DET, MET, SET, MAT

Ø  pH Calibration and Measurement are supported.

Ø  Store up to 50 titration data sets (GLP- Compliance)

Ø  LCD display screen, Titration methods curve and

results are displayed Volumetric KF Titration &

Coulometric KF Titration are supported

Ø  Data analysis feature helps user review

and compare results

Ø  RS232C Interface, Reset & Factory Reset Options

Ø  Automatic Titrator adopts the Karl Fischer method

Ø  LED Display

Ø  Stable performance 3 Way conversion valve Advanced Technology, novel structure

Ø  LCD Display, No. of. Roller-6,

Ø  Roller Length-280mm, Antilock Design

Ø  Brushless Motor, Adjustable Speed

Ø  Timing Function

Ø  Stepless speed regulation

Ø  Capacity: 10ml-250ml, Noise level < 50DB.

Ø  Standard Head: 10mm, 10ml Minimum

Ø  processing capacity (water)

The Peltier Sipper System uses thermoelectric Peltier modules to precisely control the temperature of liquid samples for various applications, such as chemical analysis or biological research. The system draws liquid through a sipper mechanism into a chamber where the temperature is actively managed by the Peltier effect, ensuring stable and accurate thermal conditions. This setup enables precise temperature-dependent studies and experiments. It is commonly used in laboratories for its efficiency and reliability in maintaining sample integrity.