Used SHISEIDO Nanospace SI-2 #293609820 for sale

Manufacturer
SHISEIDO
Model
Nanospace SI-2
ID: 293609820
Inert pumps Part number: 3001.
SHISEIDO Nanospace SI-2 Pump is a precise, durable and reliable pneumatic pump designed for high-performance, low-flow applications. This model offers an innovative, robust solution for a wide range of precision mechanical and chemical applications, from robotic assembly and medical infusion systems to design and engineering projects. The SI-2 has an output of 0.1 to 2.1 cubic feet of air per hour and is capable of supplying up to 110 pounds per square inch of pressure. This enables users to set pressures to exact levels needed for precise mixtures and flow rates for a variety of different applications. It also has a compact design and is fitted with adapters to quickly connect to different types of systems. The SI-2 has two cylinders constructed with stainless steel and aluminum in order to provide optimum performance and durability with minimum maintenance. It is equipped with a low-noise motor and low-speed design to reduce noise levels. The pump is also highly efficient, making it an excellent choice for low-flow applications. The SI-2 comes with a five-year warranty and is UL and CE certified. In addition, the pump is designed with a self-regulating valve to help maintain an even air flow over the pressure range. This helps reduce accidental overpressure during operation, thus increasing the pump's lifespan. Additionally, the SI-2 uses a low-leakage seal to prevent the release of pressurized air and ensures long-term reliability. For ease of use, the SI-2 is easy to install, features intuitive controls, and a user-friendly display panel with various indicators to monitor the pump's performance. This makes it simple for users to monitor and adjust the pump's performance quickly and easily. Nanospace SI-2 pump is a durable, reliable, and precise solution to a wide variety of applications. Its versatile design, unique features, and high efficiency enable users to achieve reliable results with accurate mixtures and precise flow rates, while still providing a cost-effective solution.
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