It is a great honor to invite you to participate in our company's Global Analytical Science and Biochemical Technology Expo, which will be held at the China International Exhibition Center in Beijing from September 10-12, 2025. Our company will launch the latest solution on site and set up an exclusive negotiation area. We look forward to sharing cutting-edge achievements and discussing new chapters of cooperation with new and old friends at home and abroad face-to-face. Gathering of heroes, waiting for you to come. Shanghai PEAKS invites you to meet at the Beijing International Exhibition Center. Register now! We look forward to your joining!
In order to meet evolving market demands and enhance user convenience, Shanghai PEAKS has recently developed a new bio-safety cabinet controller based on technical feedback from the market. This upgraded model covers the technical requirements of most B2 and A2 models, significantly improving product performance and applicability while complying with regulatory standards.
The oven should not be used as an incubator. Ovens are mainly used for drying and heat treatment, while incubators are used for biological culture, and there are significant differences in purpose and function between the two.
In industries and homes alike, maintaining precise temperatures is essential for safety, comfort, and efficiency. While both thermostats and temperature controllers are widely used for this purpose, they serve different roles and offer varying levels of precision. So, what is the difference between a thermostat and a temperature controller? Understanding this distinction is crucial for selecting the right device for your application.
In response to increasingly stringent industrial and environmental requirements, Pinzhi Measurement & Control has decided to hand over the problem to algorithms, returning cost-effectiveness and stability to users.
In fields such as biomedicine, modern agriculture, materials research and development, food science, and scientific education, a stable, precise, and reproducible experimental environment—encompassing temperature, humidity, lighting, and gas conditions—is essential.
In experiments such as biological cultivation, cell fermentation, and dissolution and mixing, the shaker is not only a tool for "shaking", but also the core for maintaining sample activity and reaction homogeneity.
In biological experiments such as cell culture, microbiological tests, and enzyme reactions, a stable, uniform and controllable temperature environment is of vital importance.
In experiments and production in fields such as chemistry and pharmaceuticals, rotary evaporators are indispensable equipment. Their performance directly affects the efficiency, reproducibility and safety of the experiments. Today, we will delve into the core functions and operation essentials of the latest intelligent rotary evaporator controller from Measurement & Control, and see how it makes complex experiments manageable and controllable.
In April, in the Jiangnan region, the spring breeze is gentle and all things come back to life. The Peaks team took a break from their busy work and set off for a three-day rendezvous with nature.
As homeowners look for practical ways to cut energy bills while improving indoor air quality, ventilator controllers are gaining attention. But how much energy can a ventilator controller actually save in a typical home? While exact numbers vary by climate, home size, and ventilation habits, smart control can deliver meaningful and measurable reductions in energy use.
As homeowners pay more attention to indoor air quality and energy efficiency, residential ventilator controllers are becoming an essential part of modern home systems. Choosing the right controller can significantly improve comfort, reduce humidity problems, and maintain fresh air without unnecessary energy waste. Several key features are worth considering when selecting a residential ventilator controller.
