Science Equip

  Most people in a pharmaceutical lab have one goal– to work on a breakthrough drug that could save countless lives. Every step of the process demands precision, but a single miscalculation during testing could lead to dangerous, costly errors. This is where lab calorimeters come into play—ensuring accuracy in experiments by meticulously measuring heat changes and energy transfer. Whether it's in the development of life-saving medications or the optimisation of fuel efficiency in renewable energy research, calorimetric instruments are indispensable tools in modern science. As Australia’s renewable energy sector continues to expand —with significant advancements projected in 2024—calorimetric instruments are becoming increasingly critical for improving fuel efficiency and sustainable energy solutions. Researchers rely on these devices to measure the energy output of alternative fuels, aiding in the development of eco-friendly technologies that could transform global energy consumpti...

Watch Glass Safety 101: Preventing Breakage and Injury in the Lab In any laboratory, safety is paramount—no experiment is worth compromising your well-being. While small and seemingly harmless, watch glasses can pose significant risks if not handled properly. These essential tools, often used to hold chemicals or cover beakers, can easily break under the wrong conditions, leading to injury. One of the most common causes of accidents in labs involving this tool is mishandling, whether it’s due to improper storage, sudden temperature changes, or failure to use protective equipment. In this article, we'll explore some essential safety tips to prevent breakage and potential lab injuries. Why Watch Glass Safety Matters Also known as a dish glass, a watch glass used in the laboratory is a relatively small, flat-bottomed dish made of heat-resistant glass. While compact and seemingly innocuous, these tools can pose serious risks if not handled with care. Even a small chip or crack can caus...

Are you tired of dealing with the frustrations of using mortar and pestle sets that don't quite meet your laboratory needs? Whether it's chipping, staining, or difficulty achieving a fine grind, finding the right material can be a challenge. In this blog post, we'll explore the pros and cons of ceramic, glass, and porcelain sets, backed by scientific insights. We will talk about the common issues faced with each material and how they compare in terms of durability, ease of use, and suitability for various applications. How do you determine the best material for your specific needs? Let's dive into the details. Why Material Matters? In laboratory settings, the materials are more than just tools—they are essential for preparing substances for analysis or experimentation. Their widespread use in grinding, mixing, and homogenising ensures that materials are processed with precision. However, the material of the set plays a crucial role in achieving accurate results and main...