Lab Equipment Service

Spinning with Purpose: How Centrifugal Force Powers Lab Innovation Whether in hospitals or at pharmaceutical manufacturers, precision has to be the no. 1 priority. One of the primary tools behind high-efficiency work flows, for instance, is floor standing centrifuges - machines with which one can use centrifugal force to separate components by density. But how, exactly, do they work, and why are they so essential? How does a floor standing centrifuge work? A floor standing centrifuge works on the principles of using centrifugal force to skew the particles in a sample at high speeds the denser particles will go to the bottom of the tube while the lighter particles will move to the top. This makes it well-suited for blood component isolation, cell isolation, or for sample preparation prior to another analysis. Most often, these centrifuges are employed in clinical labs, research facilities, and blood banks and/or grace the countertop of the phlebotomist. Consider whole blood stored in a...

Corrosion Under Control: Why Salt Spray Testing Is Essential for Industry Features like durability, reliability and even gender neutrality aren't just selling points anymore, they're necessities in today's competitive market. One important technique that industries utilize to test a product’s resistance to corrosion is the salt spray. With a salt spray test chamber , companies can recreate the worst possible conditions for an item in order to see how well it does resisting rust and degradation. What Is Salt Spray Testing? The salt spray test is a standardized corrosion test method that places test materials into a fine mist of a salt solution within a controlled chamber. The aim is to speed the corrosion process in order to predict how materials — and especially metals and coated surfaces — will perform in conditions found in the real world. Its high temperature properties and ability to withstand corrosive conditions make it a popular test material for the automotive, fu...

Unlocking the Benefits of GMP Autoclaves Harness the Potential of GMP-Grade Autoclaves : Where Sterility Meets Compliance And in the world of today’s labs where precision is not a preference, but a requiremen t GMP-grade autoclaves are the unsung heroes behind every sterile instrument, contamination- free sample, and safe-to-exercise process. If you work in pharmaceutical or biotech, life science research or cutting-edge technology, sterilization is without question a necessity—and GMP autoclave systems are expert there for you. Why are  GMP Autoclaves So Important? Consider a GMP autoclave the guardian of the vault of sterility! Constructed in accordance with Good Manufacturing Practice (GMP) standards, these machines are built to do more than sterilize, they are built to protect, verify, and record all that happens to your load. Precision You Can Trust GMP Autoclaves with precise temperature, pressure and time control to achieve upmost repeat able validated sterility cycles. This...

Depyrogenation Ovens: Expert Troubleshooting and Maintenance Guide Depyrogenation ovens are crucial to the pharmaceutical and biotechnology industry for the removal of pyrogens (fever producing contaminants), often from glassware and metal instruments. Such ovens provide filter sterilization of laboratory equipment an d are made in compliance with strict quality norms including GMP (Good Manufacturing Practices)_CAN/CSA-950 (Canadian Standard Association and Canadian Standards Association – 950) and others. But, like any machinery, depyrogenation ovens may experience problems that can interfere with operations and potentially affect the safety of products. Here’s a complete troubleshooting guide for plant maintenance personnel to diagnose common issues in your depyrogenation ovens. 1. Temperature Inconsistencies Leaky sensors and bad heaters can cause un-uniform temperature with leaking sensors being the worst. You need to calibrate your oven frequently and check it for uniformity wi...

Your Trusted Source for High-Precision Life Science Microscopes Microscopes aren’t just tools — they are windows into the invisible. In the bioscience, pharmaceutical and product development/management world, life science microscopes are the engines upon which discovery and accuracy happen. Whether you are testing for a cytotoxic agent , looking at cell structure, or teaching future scientists; a quality science microscope can make all the difference. At NOVUS, we get it—and we offer solutions you can trust. See More, Discover More Bio microscopes are perfect for serving control solution, microscopic education and routine applications in medical and biological studies. If you’re in diagnostics or research, there’s no negotiating on image clarity and consistency. Our microscopes are perfect for labs that need cutting-edge optics, modular design and simple, intuitive operation—letting you easily make the leap from observation to image analysis. Complete Lab Ecosystem No science microscop...

How to use a filtration glass wool former(step-by-step) In the insulation and microfibers universe, the glass wool forming chamber is a silent giant. It turns molten glass into a fine, fibrous wool, used in everything from construction to laboratories. But this change is not just science — it’s a bit of alchemy, timing, control and caring for the ingredient. Here’s how to get good at it. Step 1: Organize Your Workspace Start-Up Cleaning Firstly clean the space and remove all the inflammable items from the surface. Get the machine close to stable power source. A good setup helps to keep things running well and safe. Step 2: Safety First Before you start, put on your PPE (Personal Protective Equipment)—gloves, goggles and a dust mask. Safety There is some nasty stuff when handling fibres and molten glass so don't cut corners. Step 3: Tune Parameters The generator is energized and desired parameters such as temperature, airflow, and fiber diameter are entered into the system. These d...

"India’s Rising Guardians of Lab Safety: Top Biosafety Cabinet Manufacturers" Biosafety is critical — not an optional luxury — in the high-stakes field of scientific research and health care. With india becoming increasingly biotech and pharmaceutical hub, the need of cutting edge biosafety cabinets and related equipment is on an all time high. A number of local manufacturers have stepped up to the plate, providing best-in-class solutions that adhere to innovation and safety standards, the world over. “Safety is not an accident” says an old aphorism. That’s particularly the case in laboratories, where biosafety cabinet manufacturers in India are developing precision-engineered controlled environments which safeguard users, samples and environment. There are companies such as Esco, Lab top Instruments, and Germfree Engineers that are changing the face of Indian laboratories with their offerings ranging from Class I, II, and III cabinets that comply with international standard...

The Power of Heat: Inside Dry Heat Sterilization In the scientific and healthcare community, it is a non-negotiable to keep a clean environment across the board. Dry heat sterilization  is one of the best methods for sterilization. Unlike autoclaves which use moist heat from forced water or steam, this Dry Heat Sterilizer uses high heat - 320°F / 160°C to sterilize and does not require moisture or steam. It is an instrument for the sterilization of wrapped, unwrapped, solid, and hallow loads. Include the realization of dry heat sterilization in a muffle furnace laboratory assembly, with operating temperatures ranging to 300 degrees centigrade, which will insure the destruction and removal of bacteria, viruses and spores through denaturation of their cellular materials. It’s great for glassware, powders and metal instruments in particular. Especially in the production of furnaces, the requirement of reliable sterilisation facilities is evident. Equipments such as humidity chambers, tr...

Exploring Different Heating Mantles and Their Uses Heat also need to be precise in science laboratories. One of the staple instruments for controlled heating of glassware is the heating mantle . These heat sources offer even heating and uniform air flow and will not be at risk for breaking glass like conventional Bunsen burners or hot plates. In medicine lab instruments , heating mantles are indispensable in both chemical labs and life science microscope applications. Types of Heating Mantles Distillation Heating Mantle The Distillation Heating Mantle is designed for carrying out heating of various process items such as distillation flasks. It maintains uniform temperature dispersion, gives no hot spot, and gives consistent distillation results. Single neck Heating Mantle Perfect for smaller labs, it holds one flask at a time and is suitable for simple heating purposes, commonly found in laboratory conditions such as seed germinators for research applications. Multi-Position Heating M...