Programmable high speed vacuum anticorrosive spin coater
The Programmable High-Speed Vacuum Anticorrosive Spin Coater is a versatile tool primarily designed for liquid materials, gels, and flowable pastes. Its programmable control system enables precise and rapid high-speed rotation, resulting in a smooth and uniform coating on various substrates. This coater is an ideal choice for applications requiring controlled and efficient liquid or gel deposition.
Product Description
The Programmable High-Speed Vacuum Anticorrosive Spin Coater is a CE-certified tabletop spin coating device tailored for small substrates up to 100 mm in diameter, capable of reaching speeds of up to 10,000 rpm. Powered by a precision DC servo motor, it offers precise speed and acceleration control. Substrates are securely held in place using a vacuum for thinner objects. With a user-friendly interface featuring a keyboard and LCD display, users can program up to 12 programs with 6 segments each, allowing customization of spin duration, speed, and acceleration directly from the front panel. Additionally, all components of the device are corrosion-protected, ensuring compatibility with cleanroom environments.
The High-Speed Vacuum Anticorrosive Spin Coater is a versatile and user-friendly tabletop spin coating device designed for coating small substrates up to 100 mm in diameter at speeds of up to 10,000 rpm. Powered by a precision DC servo motor, it offers precise speed and acceleration control. Sample fixation is achieved through vacuum adsorption, ensuring stable and uniform coating results. The device features an intuitive interface with a keyboard and LCD display for programming up to 12 programs with 6 segments each, allowing for customizable spin duration, speed, and acceleration settings. Its corrosion-protected components make it suitable for cleanroom environments, and it offers the flexibility to accommodate substrates ranging from 5 mm to 5 inches. Additionally, it includes an air inlet for inert gas introduction during coating, and safety interlock features enhance operational security. This CE-certified spin coater is ideal for research and development applications requiring precise and uniform thin-film coatings.
The High-Speed Vacuum Anticorrosive Spin Coater offers a range of technical specifications to meet various coating requirements. It is equipped with a 350W motor capable of achieving a programmable speed range of 500 to 10,000 rpm. Users can store up to 12 sets of programs, each comprising 6 running stages, allowing for flexible customization of spin speed and duration. The increase and decrease rate settings span from 100 to 2000 rpm/s, with a time range of 0 to 60 seconds. The machine features suction cups with diameters of φ19mm and φ60mm for sample fixation and can be optionally equipped with heating functionality within an RT-100°C range. It operates on AC 220V power (with an AC 110V version available upon request) and has a total power consumption of 1000W, including the oilless pump and spin coater components. The system is powered by a 24VDC high-speed motor and is designed for reliable and consistent performance. It weighs 46 kg (100 lbs) and has dimensions of 450mm (Depth) × 280mm (Width) × 340mm (Height), making it a compact and versatile solution for various coating applications. The product is backed by a one-year limited warranty with lifetime support, with the caveat that warranty coverage excludes rusting and damage resulting from improper storage or maintenance practices.
The High-Speed Vacuum Anticorrosive Spin Coater is designed to operate effectively under specific installation conditions. It should be used at altitudes of 1000 meters or lower, within a temperature range of 25°C±15°C, and with a relative humidity level of 55% Rh±10% Rh. The equipment requires a stable AC220V power supply at 50Hz with proper grounding. It comes with inlet and outlet connections for water but does not need additional gas supply. A sturdy workbench measuring 600mm600mm700mm, capable of bearing a weight of 50kgs or more, is necessary for installation. Adequate ventilation is also essential for safe and efficient operation. Adhering to these installation conditions ensures the equipment's optimal performance and safety during use.
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