Equipments

A colorimeter measures the intensity and characteristics of the color of a solution or surface, associating color variations with the concentration of certain compounds. It is used in chemical analysis, food quality control, cosmetics, and the textile industry.

Equipment suitable for analysis in outdoor environments, aquaculture, wastewater treatment, environmental protection monitoring, as well as for scientific research and education. Conductivity meters capable of measuring additional parameters such as TDS (total dissolved solids), salinity, temperature, electrical resistivity, and ORP (oxidation-reduction potential). Available in compact, portable, and benchtop models.

Equipment used to determine the freezing point of milk and dairy products, widely used in quality control in the dairy industry. The technique is based on the principle that milk has a relatively constant freezing point. Changes in this value — especially an elevation of the freezing point — indicate possible addition of water or adulteration.

A densitometer is a device used to measure cell concentration (bacteria and yeast), especially during fermentation processes. It allows for rapid and accurate monitoring of microbial growth, making it an essential tool in microbiology, biotechnology, and quality control laboratories.

This digital PCR (dPCR) system represents the next generation in DNA and RNA analysis, allowing for absolute and precise quantification without the need for standard curves. Through advanced centrifugal droplet generation technology, the sample is divided into up to 32,000 individual compartments, ensuring robust performance even in the presence of inhibitors or complex samples. With a capacity of up to 6 detection channels, the platform is ideal for applications requiring high sensitivity, such as rare mutation detection and liquid biopsies, being capable of reaching a detection limit of a single copy. The completely closed chip design eliminates the risk of cross-contamination, offering a safe and efficient workflow for the laboratory.

Laboratory equipment used for the precise determination of oenological parameters such as alcohol content, sulfur dioxide (SO₂), and volatile acidity. Widely used in oenology laboratories and wineries.

Dry bath equipment, available with or without refrigeration. Some models may include, in addition to temperature control, a timer and agitation control.

Highly precise instruments for transferring small volumes of liquid, in µl, with high repeatability. They require attachment to plastic tips to function, where the suctioned liquid is retained. Micropipettes are available in single-channel, multi-channel (8 or 12 channels), and digital configurations.

Microplate washing is a crucial step in obtaining highly accurate results when processing ELISA tests. Ultra-fast and precise equipment can be used for ELISA assays, ELISAPOT assays, microplate coating, multiplex assays, biochemical or toxicity assays, and cell washing. The choice of microplate washer model should consider several parameters: microplate format compatibility (48, 96, or 384 wells), the number of channels in the wash head (6, 8, 16, 96, or 384), the number of liquids dispensed (1 to 5), and the range of dispensed and aspirated volumes (10 microliters to 3 milliliters).

ELISA readers are spectrophotometers specifically designed for reading microplates, capable of measuring and comparing the amount of light absorbed, transmitted, or reflected by a given sample. Essential to this technique, the advantage of this equipment is the number of samples it can read to obtain results in a short period of time. We have the possibility to provide complete automation. A comprehensive system that integrates the functionality of five individual instruments: dispenser, shaker, incubator, washer, and reader.

The ELISA reader Ovucheck Reader® to be used with the Ovucheck® kits

Manufactured by Lateral Logic LTD, the S-Flow reader provides a quantitative analysis of lateral flow test strips

A fluorometer measures the fluorescence emitted by a substance after being excited by a light source at a specific wavelength. It is highly sensitive and widely used in molecular biology, environmental analysis, and pharmaceuticals.

Specialized equipment for sample preparation in chemical, nutritional, or microbiological analysis. The range includes high-speed blade systems designed for fine grinding with temperature control to prevent moisture loss. It also features paddle-based systems ideal for microbiological homogenization in sterile bags, ensuring effective microorganism recovery without damaging cell membranes.

Equipment used in laboratories to visualize, record, and analyze gels obtained using techniques such as electrophoresis (DNA, RNA, or proteins).

Equipment with precise liquid temperature control for routine laboratory applications such as coliform determination, sample thawing, bacteriological and microbiological tests, and cell culture. Some models may include external and/or internal fluid circulation pumps. Available in water bath models as well as pearl baths. Pearl baths offer higher energy efficiency and lower contamination risk compared to water baths.