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This is a glass tube area flow meter suitable for measuring flow rates from low to high, designed with a robust structure that ensures long-term stable performance for applications involving gases and liquids where visibility of the process fluid is necessary. We will explain this in a 1 minute and 31 seconds video. https://www.youtube.com/watch?v=BgZMdBY4kLM Contents of the recording: ■ Basic mechanism and applications ■ Features ■ Monitoring important flow conditions ■ Scale design (The easy-to-read scale design allows for accurate flow monitoring. It can be operated intuitively, requiring no training for use.)

GT1000, GT1300, and Full-View(R) model successors "A simple yet robust design created to meet accuracy requirements" This is a robust glass tube area flow meter suitable for measuring flow rates from low to high, designed to provide long-term stable performance in applications involving gases and liquids where visibility of process fluids is necessary. The accuracy range can be optionally selected from 1% to 10% of full-scale flow. It is ideal for applications such as managing purge flow, seal oil units, bearing lubricants, and cooling water management. Additionally, when updating our GT1000, GT1300, and Full-View(R) 1100 series (models 1110, 1114, 1140, 1144), you can choose from model codes as compatible successors. Applications: ■ Industrial processes ■ Pharmaceutical manufacturing ■ Oil and gas pumping and refining processes ■ Chemical manufacturing ■ Burner control ■ Water treatment and supply systems

"Maximizing the Best Performance" This is the industry's first fully pressure-insensitive type of pressure-based mass flow controller (P-MFC) specifically designed for advanced etching and deposition processes in semiconductor manufacturing. The GP200 series P-MFC adopts a patented architecture that overcomes the limitations of conventional P-MFCs, enabling high-precision process gas supply even with low vapor pressure process gases. It also features a built-in differential pressure sensor and a unique design that places the valve downstream, allowing for high-precision process gas supply across the widest range of operating conditions in the industry. Due to its compatibility with a wide range of process conditions, it can be used as a replacement or upgrade for conventional P-MFCs and thermal MFCs. Additionally, by eliminating the need for components such as pressure regulators and converters, it simplifies the gas supply system and reduces costs. [Main Applications] ■ Semiconductor Manufacturing ■ Etching ■ CVD ■ Gas flow control applications requiring high-purity all-metal flow paths

We explain the operating principle of the GP200 series metal seal type pressure-based mass flow meter (P-MFC) in a video. (English) https://www.youtube.com/watch?v=ZWB03A_9fo8 Video Chapters 00:00 - What is Brooks Instrument? 01:00 - What is a conventional pressure-based MFC? 02:10 - Introduction to the GP200 pressure-based MFC 03:30 - Advantages of the GP200 MFC 03:50 - Pressure measurement method of the GP200 MFC 04:45 - Superiority of the GP200 This pressure-based mass flow meter adopts a unique design that overcomes the limitations of conventional pressure-based MFCs and significantly improves process performance.

Model SLA5850/SLA5851/SLA5853/SLA5860/SLA5861/SLA5863 "With just one unit, you can use 14 types of pressure and flow rates in a single process." Imagine such a mass flow controller platform. Moreover, it features excellent reproducibility, precision, and repeatability. This is the evolved simple performance of the SLA5800 series mass flow controllers/meters. The SLA5800 series boasts high accuracy, zero point stability, and repeatability that are characteristic of Brooks Instrument, a leader in mass flow measurement and control technology. Equipped with configurable advanced multi-gas/multi-range capabilities, it offers superior zero drift specifications compared to competing products while demonstrating long-term maintenance of factory calibration and accuracy.