'natural ingredients for pharmaceuticals and food processing'

The Bar for12 x 50 ml tube is a dedicated rotary mixer accessory designed to securely hold up to fifty 1.5 ml microcentrifuge tubes for simultaneous, uniform mixing. Used with a rotary mixer, it ensures gentle and consistent sample mixing—ideal for applications like blood sample processing, DNA extraction, and biochemical analysis. Durable and easy to swap, this bar maximizes throughput while ensuring reproducibility in research and clinical labs.

The Bar for r 20 x 15 ml tube is a dedicated rotary mixer accessory designed to securely hold up to fifty 1.5 ml microcentrifuge tubes for simultaneous, uniform mixing. Used with a rotary mixer, it ensures gentle and consistent sample mixing—ideal for applications like blood sample processing, DNA extraction, and biochemical analysis. Durable and easy to swap, this bar maximizes throughput while ensuring reproducibility in research and clinical labs.

The Bar for 50 x 1.5 ml tube is a dedicated rotary mixer accessory designed to securely hold up to fifty 1.5 ml microcentrifuge tubes for simultaneous, uniform mixing. Used with a rotary mixer, it ensures gentle and consistent sample mixing—ideal for applications like blood sample processing, DNA extraction, and biochemical analysis. Durable and easy to swap, this bar maximizes throughput while ensuring reproducibility in research and clinical labs.

Zinc Foil Description for 350mm x 300mm, SWG 32: Zinc foil sheet measuring 350mm by 300mm with a thickness corresponding to SWG 32 gauge. Zinc is a bluish-silver-gray metal known for its excellent corrosion resistance, malleability, and ductility. The SWG 32 thickness approximates 0.274 mm, making the foil flexible yet durable for various applications. Zinc foil is used for corrosion protection coatings on metals, galvanization, roofing, and battery production. It offers good thermal conductivity and electrical conductivity, useful in electronics and industrial uses. The foil is resistant to moderate acids and alkalis, making it suitable for chemical processing and packaging applications. Zinc's non-toxic and biocompatible nature allows it to be used in medical supplies and food packaging. Common applications include manufacturing of capacitors, automotive parts, explosion-proof equipment, and decorative crafts. Zinc foil can be cut, bent, soldered, and adhered depending on the requirements. It usually has a smooth and lustrous surface, forming a protective oxide layer over time to prevent further corrosion. The generated image shows a somewhat shiny bluish-gray zinc foil sheet sized 350mm x 300mm with SWG 32 thickness suitable for industrial, laboratory, and decorative uses(see the generated image above).

Description of ESR Stand (for 6 tubes), Stainless Steel: The ESR stand is designed for clinical and laboratory use to hold 6 erythrocyte sedimentation rate (ESR) test tubes. Made from stainless steel, it provides excellent corrosion resistance, durability, and ease of cleaning to maintain hygiene. Typically a push-type rack that holds the tubes firmly in an upright position to ensure accurate sedimentation measurement. Ideal for use in hematology and pathology labs, the stand facilitates stable and consistent ESR testing. Dimensions typical for this stand are around 5.74 x 2.72 inches, suitable for standard ESR tubes with diameters varying from 4mm to 10mm. The product is compact, sturdy, and designed for repeated use in laboratory environments. It is widely manufactured in India, meeting quality standards for laboratory equipment. The generated image visually represents the stainless steel ESR stand with slots for 6 tubes, showcasing its solid metal construction for clinical use(see the generated image above).

Description of ESR Stand (for 6 tubes): A laboratory rack designed to hold 6 erythrocyte sedimentation rate (ESR) tubes upright during sedimentation tests. Usually made from materials such as iron or plastic, sometimes coated or painted for durability and cleanliness. The stand features 6 slots or holes to secure tubes firmly and prevent tipping or falling during the testing process. Used primarily in hematology and pathology labs to facilitate the ESR blood test. Compact and portable, suitable for small-scale lab setups or where fewer samples are tested. Often white or neutral-colored for easy identification of tube contents and cleanliness. This stand helps maintain tube stability, ensuring accurate and consistent sedimentation rate measurements. The image generated visually shows a standard ESR stand designed to hold six tubes securely in a laboratory environment(see the generated image above).

Description of ESR Stand (for 12 tubes), Stainless Steel: The ESR stand is a laboratory rack designed to hold 12 sedimentation rate tubes securely in an upright position during erythrocyte sedimentation rate tests. It is made from stainless steel, which offers robustness, corrosion resistance, and durability ensuring longevity in laboratory use. Typically designed as a push-type stand, it fits 12 tubes simultaneously and is easy to assemble. Its application is primarily in hematology and pathology labs for blood sedimentation tests. The stainless steel material makes it easy to clean and maintain hygiene standards in clinical environments. This stand is often manufactured in India, maintaining good build quality and meeting lab equipment standards. Suitable for routine screening tests that measure the sedimentation rate of red blood cells. The generated image depicts a stainless steel ESR stand designed for 12 tubes, reflecting its sturdy and hygienic construction for laboratory use(see the generated image above).

Description of ESR Stand (for 12 tubes): The ESR stand is a laboratory equipment used to hold 12 sedimentation rate tubes upright securely during erythrocyte sedimentation rate (ESR) testing. Material: Typically made of mild steel or stainless steel, sometimes with an epoxy powder coating for durability and corrosion resistance. Capacity: Designed specifically to hold 12 tubes simultaneously. Features: It has a simple rack design with slots to prevent tubes from tipping or falling. Application: Commonly used in hematology labs and pathology departments for blood sedimentation tests. Origin: Often manufactured in India with certifications like ISO 9001:2015 and ISO 13485:2016. The stand is sturdy, easy to assemble, and suitable for repeated use in clinical and laboratory settings. The generated image visually depicts the ESR stand with slots for 12 test tubes, suitable for laboratory use in ESR testing(see the generated image above).

The multi-probe thermometer is a versatile digital temperature measuring instrument designed for simultaneous or selective temperature readings from multiple points, often used in laboratories, food processing, HVAC systems, and scientific research. This device includes a digital display unit connected to several stainless steel probes, each capable of independently measuring temperature in different environments or substances, providing accurate and real-time data. Equipped with a clear LCD screen, the thermometer displays readings in easy-to-read numeric format, often accompanied by features like unit conversion (Celsius/Fahrenheit), data hold, and minimum/maximum temperature recording. The stainless steel probes are durable, corrosion-resistant, and designed for quick response to temperature changes, making them suitable for applications ranging from liquid temperature monitoring to surface and ambient temperature measurements. The ergonomic design incorporates portability and user-friendly operation with buttons for power, mode selection, and calibration. This thermometer supports multitasking in complex environments, allowing users to monitor multiple sites simultaneously without the need for several separate instruments, thus enhancing efficiency and accuracy. Its construction ensures reliability and precision, meeting professional standards for temperature measurement. Ideal for professionals in food safety, laboratory testing, HVAC maintenance, and research, this multi-probe thermometer combines technological sophistication with practical usability for comprehensive temperature monitoring needs.