Craft Group

Today’s laboratories, research centers, and pharmaceutical facilities depend on scientific refrigeration systems to maintain strict temperature control. These advanced systems are designed to store highly sensitive items, such as vaccines, enzymes, reagents, and biological samples, with precision and reliability. As modern science and medicine evolve, so do the technologies behind refrigeration. From energy-efficient designs to remote monitoring capabilities, modern refrigeration technology now plays a critical role in supporting research integrity and product safety. In this article, we’ll explore the features and innovations that define today's scientific cooling equipment, discuss how it benefits various industries, and explain why choosing the right solution is crucial for maintaining regulatory standards and scientific accuracy. Smart Monitoring and Digital Temperature Control A cornerstone of laboratory cooling solutions today is smart digital control. Most scientific refrige...

Your air-cooled condensing unit sits outside year-round, working hard to keep your home comfortable. But some units last decades while others break down after just a few years. What makes the difference? Location Matters More Than You Think Where you place your unit changes everything. Units sitting in direct sunlight all day work twice as hard. The constant heat beats down on components, wearing them out faster.  Shade helps, but not from shrubs or fences too close by. Your unit needs airflow. Pack plants around it, and you're choking off the circulation it needs to breathe.  Salt air near the ocean? That's tough on metal parts. The corrosion creeps in slowly but surely. Clean Coils Mean Happy Units Dirty coils kill condensing units faster than almost anything else. When dirt, leaves, and grime coat the coils, your system can't release heat properly. Think about it this way - you're asking your unit to work in a heavy winter coat during summer. Something's got to...

In modern manufacturing, precision and efficiency are non-negotiable—and that’s where strategic HVAC consulting plays a pivotal role. By tailoring thermal systems to meet the specific demands of production environments, consultants help manufacturers achieve optimal climate control, reduce energy consumption, and maintain consistent output. Whether it’s a cleanroom requiring strict humidity regulation or a facility handling heat-sensitive materials, expert guidance ensures systems are designed for peak performance. Beyond installation, consulting services offer preventive maintenance strategies and system monitoring that minimize downtime and extend equipment lifespan. This proactive approach translates into lower operational costs and improved productivity. For manufacturers seeking to stay competitive, investing in professional thermal system design and oversight is a smart move.

Your air conditioner works hard to keep you cool, but it also makes water by condensing air. Drain pans are what you need to catch that water. Choosing between metal and plastic is not a significant consideration. Why it matters which drain pan you choose People don't worry about their AC drain pan until something goes wrong. If a pan cracks or rusts, it can cause water damage that costs thousands to fix. The condensate drain pan is under your indoor unit and catches all the water that your AC pulls from the air. Your system may accumulate several gallons every day in the summer. You should know this about both choices. Plastic Drain Pans: The Best Value The first cost of plastic pans is lower. Most new air conditioners have them since they are cheaper to make. It looks like a win that they won't rust. Plastic can hold moisture without breaking down chemically. But plastic has several problems:  Temperature fluctuations cause cracks to form over time UV light makes them fragi...

Your air-cooled condensing unit sits outside year-round, working hard to keep your home comfortable. But some units last decades while others break down after just a few years. What makes the difference? Location Matters More Than You Think Where you place your unit changes everything. Units sitting in direct sunlight all day work twice as hard. The constant heat beats down on components, wearing them out faster. Shade helps, but not from shrubs or fences too close by. Your unit needs airflow. Pack plants around it, and you're choking off the circulation it needs to breathe. Salt air near the ocean? That's tough on metal parts. The corrosion creeps in slowly but surely. Clean Coils Mean Happy Units Dirty coils kill condensing units faster than almost anything else. When dirt, leaves, and grime coat the coils, your system can't release heat properly. Think about it this way - you're asking your unit to work in a heavy winter coat during summer. Something's got to gi...

At some point, every lab manager has to make this choice. Your old cooling unit stops working, and you're looking at spec papers trying to decide what to do. Both air cooling and water cooling keep samples cold, but they do it in very different ways. How Labs Use Air Cooling Consider your air conditioner at home. Air-cooled condensing unit systems work in the same way. A fan moves air over coils that are full of refrigerant. The cold air moves about your storage area while the hot air is forced outside.  These devices need good air circulation around them. You can't just shove them into tight spaces and expect them to work well. Most labs put them in places where there is at least three feet of space on all sides.  The good news? You connect them and they work. There are no water lines to connect. No need to keep pumps running. Most of the time, any HVAC technician can fix something that breaks. How Water Cooling Systems Work Water cooling works differently. Water runs throug...