Anachem Lab

 Anachem Lab's Vacuum Pump Kit epitomizes convenience and efficiency, offering a comprehensive, ready-to-install solution packed with all necessary accessories, complete with a Vacuum trap. Designed to meet the demands of diverse applications, this kit stands out as the ultimate choice for those seeking an uninterrupted vacuum source. This kit boasts versatility, catering to a myriad of applications, including the critical need for an instantaneous vacuum source in HPLC (High-Performance Liquid Chromatography) setups, particularly for tasks like mobile phase filtration. In laboratories where precision and reliability are paramount, the Vacuum Pump Kit emerges as an indispensable asset, ensuring seamless workflow and consistent results. Equipped with cutting-edge technology and meticulously crafted components, the Vacuum Pump Kit guarantees optimal performance and longevity. Its plug-and-play design simplifies installation, saving valuable time and effort while eliminating the has

  SEED GERMINATION CHAMBER It is very well known that a seed germinator is laboratory equipment that is used for the Germination of Seeds. Anachem Lab Seed Germinators provide suitable varying atmospheric conditions for seed germination; that can be created within the chambers without the need of going outside. The seed germination chamber creates an environment in which humidity, light, and temperature are controlled to provide optimum conditions for the germination of seeds. They are made of double-walled structure having two chambers, one inner and one outer. Anachem Lab Seed Germinators are designed in such a way that they can control crucial environmental parameters. The main components of a Seed Germinator include ·            A germinating cylinder ·            A temperate controller SALIENT FEATURES ·          Reliable ·          Low maintenance ·          PUF insulation ·          Energy efficient ·          RS 232 interface ·          Stainless steel inter

Pressure vessels, as leak-proof containers designed to store liquids or gases at varying pressures, play a crucial role in numerous industries. They come in different shapes and sizes, including spherical, conical, and cylindrical geometries. Their applications span across industries such as oil and gas, chemicals, petrochemicals, distillation towers, nuclear reactors, natural gas storage systems, and hot water tanks. As investments increase, the market volume of pressure vessels is expected to grow, with the emergence of composite materials as alternatives to traditional metals like steel. Working Principle of Pressure Vessels The engineering behind pressure vessels focuses on achieving and maintaining specific pressure levels required for various applications. These vessels can deliver pressure directly through valves and gauges or indirectly through heat transfer. They are capable of handling an extensive range of pressure levels, depending on the size and type of pressure vessel. T

 Introducing our state-of-the-art Vertical Laminar Air Flow System, a high-performance solution designed to create clean and controlled environments for a wide range of applications. This cutting-edge system offers a host of features that set it apart, including a stainless-steel structure, acrylic glass doors, UV light, a cock for gas or vacuum line, and an exhaust fan, all working in harmony to provide optimal air purification and workspace functionality. The stainless-steel structure is a hallmark of durability and hygiene. It not only ensures the longevity of the system but also makes it easy to maintain and keep clean, promoting a pristine workspace. The acrylic glass doors offer the convenience of visibility, allowing users to monitor processes within the controlled environment without compromising cleanliness. What's more, the UV light feature adds an extra layer of sterilization, effectively eliminating microorganisms and enhancing the overall level of cleanliness. Versatil

 An ice flake machine, also known as a flake ice maker, is a specialized appliance designed to produce small, soft, and easily moldable ice flakes. These machines are commonly used in various industries, including food and beverage, healthcare, fisheries, and more. The process of creating ice flakes involves spraying a thin layer of water onto a cooled surface. As the water freezes, it forms a thin sheet of ice, which is then scraped off in the form of delicate flakes using an auger or rotating blade. The resulting ice flakes are unique due to their thin and flexible nature, making them ideal for a range of applications. In the food industry, ice flakes find extensive use for food preservation, display, and transportation. They are often used in seafood displays to maintain the freshness and appearance of seafood products. In healthcare, these machines are employed to provide a cooling surface for medical applications, like cold therapy for injuries or as part of medical procedures.

Explore the cutting-edge Orbital Shaking Incubator , featuring stainless steel construction, precise temperature control, and efficient shaking for optimal research results. Advanced Construction and Temperature Control Stainless Steel Durability  The incubator's 304-grade stainless steel chamber ensures longevity and corrosion resistance, while the mild steel powder-coated exterior adds an extra layer of protection. Temperature Precision Maintain stable temperatures between 5℃ to 60℃ ±1℃, catering to diverse applications from bacterial cultures to biochemical reactions. User-Friendly Digital Control Effortless Temperature Management The solid-state electronic digital controller cum indicator offers easy adjustments and real-time temperature monitoring. Enhanced Visibility A user-friendly digital display ensures clear visibility and user convenience. Efficient Shaking Mechanism Optimal Mixing The efficient shaking mechanism accommodates up to 16 flasks (500ml each) and allows preci