The Great Industrial Revolution over the past few decades has led to significant advancements in power management and the development of numerous industries. Even now, various research labs and industries continue to utilize high-performance equipment for better reliability and work efficiency. One of the most reliable machines is the Laboratory Air Compressor.
Air compressors are an integral part of any commercial facility, such as pharmaceuticals, manufacturing and production units, chemical processing, research laboratories, and food and beverage plants. Nevertheless, choosing the right air compressor system for a particular industrial context, application, and requirement is usually a complex task.
This article digs into the significant factors in selecting the right laboratory air compressor supplier.
6 Steps To Find The Right Laboratory Air Compressor Supplier
Choosing the right air compressor supplier can be crucial for your business. For instance, buying one that is strong enough can help you smoothly progress through your day-to-day activities and properly maintain other in-house machines, along with other additional benefits. It all depends on your manufacturer- i.e., the quality of equipment they provide.
So let us explore six important factors in choosing an ideal laboratory air compressor manufacturer:
- Quality & Reliability
It is common for customers to make product choices based on how attractive they look. Later, they have to bear the pain of operation lags. However, the long-term performance depends on the air compressor’s quality, build, and features. In this context, you need to find an industrial compressor manufacturer that follows the best standards and is built with the best materials.
Additionally, ensure that the laboratory compressor supplier has genuine or high-quality parts in stock if any of your equipment needs repairs. A manufacturer should aim to enhance the effectiveness and dependability of the air compressor they provide. - Check Air Compressor’s Capacity
An air compressor’s capacity is determined by the volume of air it can handle and the pressure at which it is compressed. This, too, determines the compressor’s power rating (in kW or HP). Knowing the compressor manufacturer’s air audits enables businesses to acquire critical data regarding their plant’s compressed air consumption.
- PSI – Pounds Per Square Inch refers to the air pressure of that air output and shows how active the compressor is in pressing air.
- HP– Horsepower refers to the amount of power that the compressor requires to operate the pump.
- CFM – Cubic Feet per Minute is the unit of measurement for air production. For example, 10 CFM indicates that 10 cubic feet of air will be released in a minute.
- Duty Cycle & Utilization
Typically, Industrial Recep compressors can operate at duty cycles between 75 to 100 percent, whereas Screw compressors work at 100 percent duty cycle, which allows for constant operating. It is essential to know the lifecycle cost of a compressor from your supplier for a given purpose so as not to waste your money on bad investment decisions. The life cycle repeats itself in the following form: Initial Cost + Maintenance Cost + Energy Cost.
- A reciprocating compressor should be selected if the compressors have more than a 75—or 100—percent load pattern and for budgetary purposes.
- In circumstances where the operation is going to be between four and eight hours a day, tell your manufacturer to give you a screw compressor that has a belt drive.
- In occasions where the expected duration of operation will exceed a continuous 24-hour period, ask your supplier to give you a direct screw compressor with a direct drive.
- Control Systems
The two general control systems in air compressors are fixed-speed, where the air supply is at a constant variable speed and matches the demand, and digital. Before you make a purchase, check with your manufacturer and check the control system and the specifications of the compressor. It can be manual or sophisticated, such as digital. These systems will also provide information regarding maintenance plans, performance cycles, and threats. These systems provide you with the exact data you need for your machine’s optimal functioning.
- Noise
Different air compressors exhibit different noise level characteristics. However, regardless of the model, a certain level of noise is common in these systems while operating. It has become common practice to incorporate sound mufflers in most compressor systems to improve working conditions in the workplace. No one wants to work with a machine with a loud noise. However, checking with your laboratory air compressor supplier for the noise level before purchasing is essential.
- Cost & Service
It is advisable to outline your business requirements and budget limit to make well-informed investment decisions. Obtain several quotations from the air compressor supplier and settle on the one with the best model, quality, and reliability. Ask about the warranty coverage, availability of after-sales service, and foolproof plans for its maintenance before purchasing because these machines are quite costly to repair. You can avoid these extra expenses if you discuss this with your supplier.
Conclusion
Purchasing a laboratory air compressor from a reliable manufacturer is a wise investment! Therefore, having the right information from a trustworthy and knowledgeable supplier is essential to closing the deal. If you consider these factors, you can also find the best laboratory air compressor supplier for your business.
Read Also:- What is a laboratory hot air oven & its use in microbiology?