Krishco Medical Products Pvt. Ltd.

Optical Quality: Labomed microscopes are known for their high-quality optics, providing clear and sharp images for accurate observations.
Magnification: They offer various levels of magnification, typically ranging from low to high power, enabling users to study specimens at different levels of detail.
Lighting Options: Labomed microscopes may come with different illumination methods, including LED, halogen, or fluorescent lighting, to suit various applications.
Trinocular or Binocular Heads: Depending on the model, they offer either binocular or trinocular viewing heads for individual or collaborative use and photography.
Ergonomics: Many Labomed microscopes are designed with ergonomic features to reduce user strain during prolonged use.
Diverse Applications: Labomed microscopes cater to a wide range of applications, including biology, pathology, histology, and more.

Heating Element: A heating element, often made of metal or ceramic, is used to generate heat. The element may be designed to wrap around or make direct contact with the test tubes.
Temperature Control: Test tube warmers typically have a temperature control feature, allowing users to set and maintain the desired temperature for their samples.
Uniform Heating: These devices are designed to provide even and consistent heating to prevent sample degradation or irregular temperature distribution within the test tubes.
Safety Features: Many test tube warmers have safety features such as overheating protection and timers to prevent overheating and ensure safe operation.
Digital Display: Some models include a digital display to monitor and adjust the temperature accurately.
Compatibility: Test tube warmers are designed to accommodate a range of test tube sizes, from small to large, and may have adjustable settings for different tube diameters.

A laminar air flow (LAF) is a controlled environment system used in various fields, such as microbiology, pharmaceuticals, electronics, and healthcare, to maintain a sterile or particulate-free workspace. The primary purpose of a laminar air flow system is to provide a unidirectional, filtered flow of air that removes contaminants and creates a clean and controlled environment.
Key features of a laminar air flow system include:
Airflow Control: LAF systems create a continuous, unidirectional airflow that travels in parallel layers, preventing the mixing of clean and contaminated air.
HEPA or ULPA Filters: High-Efficiency Particulate Air (HEPA) or Ultra-Low Penetration Air (ULPA) filters are used to remove particles and microorganisms from the incoming air.
Sterile Work Environment: LAFs are used in applications where sterility is critical, such as in microbiological laboratories, pharmaceutical production, and cleanrooms.
Horizontal or Vertical Flow: LAFs can have either horizontal or vertical airflow patterns, depending on the specific application and workspace layout.
Work Surface: A clean, flat work surface is provided to carry out tasks within the controlled environment.
Safety and Containment: LAFs help protect both the environment and personnel by ensuring that any potentially hazardous materials or organisms are contained within the workspace.

Remi is an Indian-based company that manufactures a variety of laboratory and medical equipment, including centrifuges. A Remi centrifuge is a piece of laboratory equipment designed to separate substances in a sample based on their density, using the principle of centrifugal force. These centrifuges are commonly used in scientific research, clinical diagnostics, and various laboratory applications.
Key features of Remi centrifuges may include:
Rotor Options: Remi centrifuges come with different rotor options to accommodate various types of samples, including microtubes, blood tubes, and more.
Speed and Capacity: They vary in terms of maximum speed and capacity, allowing users to choose the most suitable model for their specific needs.
Safety Features: These centrifuges often include safety features like lid locks and imbalance detection to protect users and samples.
Digital Controls: Many Remi centrifuges have digital control panels, making it easy to set and adjust speed, time, and other parameters.
Refrigeration: Some models are equipped with refrigeration units to maintain sample integrity when temperature-sensitive substances are being processed.
Versatility: They can be used for a wide range of applications, including separating cells, DNA, RNA, and various particles or substances in the laboratory.

• A specialized laboratory device used to accurately determine sperm concentration/count in semen samples.
• Commonly used in andrology labs, IVF centers, fertility clinics, hospitals, and research institutes.
• Ensures standardized sperm counting, reducing calculation errors during semen analysis.

 

Key Features

• High-Precision Grid Pattern
  • Etched on the chamber surface for accurate sperm quantification.
  • Provides defined squares for easy counting under a microscope.
• Standard Chamber Depth
  • Typically 10 µm depth, ensuring correct sample volume for consistent readings.
• High-Quality Material
  • Available in optical-grade glass or durable polycarbonate/plastic.
  • Offers clarity and longevity even with repeated sterilization or usage.
• Microscope Compatibility
  • Works with all standard biological microscopes.
  • Provides clear visibility of sperm motility and concentration.
• Accurate Calibration
  • Markings are precisely calibrated to international standards (Neubauer/Improved Neubauer).
  • Ensures high repeatability and reliable test results.
• Clear Visibility
  • Smooth and transparent finish for superior optical performance.