果冻传媒

Compressed air leakage is almost a common energy waste in factories. The average leakage of compressed air accounts for 30% of the total compressed air, which means that tens of thousands of electricity bills are leaked every year. Some leaks are very obvious. They not only make a lot of noise, but also can be found by touch and vision. Some leaks are very hidden. In addition to small and hard to hear sounds, "hidden" leaks often occur in the environment with large background noise in the workplace. All the above leaks constitute the leakage source in the whole system.

In today's era of explosive growth in artificial intelligence technology, AI robots are accelerating their penetration into key fields such as healthcare, manufacturing, and the Internet of Things (IoT).

Oil-free air compressors play a vital role in biopharmaceuticals. They are used in many processes throughout the entire biopharmaceutical production process. This article will introduce the application of oil-free air compressors in the biopharmaceutical process from the perspectives of the core application of air compressors in the pharmaceutical process, product quality safety assurance, and the cleaning and disinfection of other equipment.

GESO, a trusted manufacturer of industrial gas systems, today announces the launch of three new product lines for 2026: the significantly enhanced?PMS Series small screw compressor, the?BG Series small high-pressure piston compressor (350 bar), and the?modular gas booster. Drawing on direct customer feedback from extreme climate markets including Russia Southeast Asia and Africa, these products deliver tangible improvements in energy efficiency, operational reliability, and intelligent control. Among them, the?PMS Series?represents the most substantial upgrade over conventional small-power screw compressors—directly addressing long-standing industry pain points in efficiency, transmission loss, and control precision.

In the global automotive parts industry, a 1% reduction in scrap rate can translate into hundreds of thousands of dollars in profit for a medium-sized factory annually. Compressed air systems are precisely the variable that is often overlooked. In a paint shop, if the compressed air contains even a trace of oil mist, pinholes will appear in the topcoat, potentially causing rework rates to soar from 1% to over 5%. In a laser marking station, if the compressed air dew point is unstable, lenses will need to be replaced every three days. In a plastic parts welding line, using oily compressed air to clean the weld seams can directly result in substandard weld strength. These problems are not uncommon. In parts factories in Europe, North America, Japan, and Southeast Asia, an increasing number of technicians are turning their attention to oil-free scroll compressors. It's not just a small piece of equipment, but a technological means to solve specific quality problems.

Choosing the right Screw Compressor is an important decision for any factory that depends on compressed air. A correctly selected compressor can provide stable air supply, reduce energy consumption, and improve production reliability. However, many users make compressor purchasing decisions based only on motor power (kW) or initial price. In practice, the correct selection of a Screw Compressor requires a complete evaluation of air demand, working pressure, operating hours, air quality requirements, and future production plans. This guide explains the key factors that engineers and purchasing teams should consider before selecting an industrial Screw Compressor.