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Thin Film Coating

Spin coater 9000 Spin coater 9500 Electrophoretic deposition (EPD) system 9000 EPD coating 9500 Sol gel coating system Chemical Vapour deposition DC magnetron sputtering system 9000 Thermal Evaporation system 9000 Spray pyrolysis system 9000 Thermal evaporation and Magnetron Sputtering 9000

Surface characterization

Contact angle 9000 Dip coater 9000 Film coater 9000

Electrical characterization

Four Probe Systems Sourcemeter Hall Effect System 9000 Solar cell I-V characterization I-V temperature Analyzer OLED characterization 9000 system Gas sensor analysis system Dielectric measurement system 9000 Impedance analyzer 9000 Capacitance-Voltage analyzer Electrical conductivity system 9000 Cryostat for optical measurements 9000 Cryostat for electrical measurement 9500 Thin film Transistor Characterization System Probe Holder 900 Probe Station 9000

Photoelectrical characterization system

Photoresponse 9000 Quantum Efficiency 9000 LED Quantum efficiency 9000

Mechanical Equipments

Tribometer 9000

Solar simulator

Solar Panel Simulator Reference Solar cell I-V and C-V probe holder 150 WW 80 Solar Simulator 9400 300 W 80 Solar Simulator 9800 300 W Solar Simulator 9800 450 W Solar Simulator 9800 450 W Solar Simulator 9800 version ll 9000 Solar Simulator 9000 Solar Simulator V1 AAA Class Solar Simulator 9400 AAA Class Solar Simulator 9800 AAA Class Solar Simulator 9920 AAA Class Solar Simulator 10000 FYTRONIX Solar Simulator 10X FYTRONIX Solar Simulator 2020 FYTRONIX Solar Simulator 7200 FYTRONIX Solar Simulator 7500 FYTRONIX Solar Simulator 8000 FYTRONIX Solar Simulator 9000 FYTRONIX Solar Simulator 9712 LED Solar Simulator 9620 LED Solar Simulator 9750 LED Solar Simulator 9800 LED Solar Simulator 9820 LED Solar Simulator 9830 LED Solar Simulator 9860 LED Solar Simulator 9872 LED Solar Simulator 9900 LED Solar Simulator 9920 Panel Solar Simulator 9620 Solar Simulator 2019 Solar Simulator 2020 v2 Solar Simulator 9000 v1 Solar Simulator 9600 Solar Simulator 9800 Solar Simulator 9900 Solar Simulator 10000 Solar Simulator 20202 Solar SM 9600 Motorized Stage UV 150W Solar Simulator UV VISIBLE Solar Simulator 7400 XENON 150W Sunscreen Solar Simulator XENON 300W Solar Simulator XENON Lamp System 9000

Power supply

Cancer Treatment

Hyperthermia Therapy system 9000

Spectroscopy Equipments

Optical constant analyzer 9000

Material Synthesis and Preparation

Hydrothermal 9000 Hydrothermal 9500 Ultrasonic sonicator Spark Plasma System Microwave Hydrothermal System

Press

Press 9000 Press 9000 Electric Press

Sample Preparation

UV ozone cleaner

Nanomaterial Production Systems

Nanomaterial production system Electrospin Electrospin 9300

Furnaces

High Temperature furnace 9000

Photocatalytic and Photochemical Systems

Photocatalytic 9000 Photocatalysis System PHC-9000 Photocatalysis System 9820

Electrochemistry systems

Cyclic voltammetry Electrodes Battery Charge and Discharge system 9000

Clean room Equipment

Glove box 9000

Spin Coater

What is Spin Coater?

Spin Coater (Rotary Coating Device) is a laboratory equipment used in the production of thin film coatings and coating layers. It is generally used in the production of semiconductor devices, solar cells, sensors and microelectronic components. This device applies a solution or liquid layer to the sample surface, allowing thin films to be formed homogeneously and in certain thicknesses.

Working Principle (Rotary Coating Device)

The basic working principle of Spin Coater can be summarized with the following steps:

Solution Preparation: The solution of the materials required to form the thin film is prepared. This solution may contain special components dissolved in a solvent. These components will eventually ensure the formation of the thin film.

Substrate Preparation: The substrate on which the thin film layer will be applied is usually a flat and clean surface such as silicon or glass. The thin film will be formed on this substrate.

Solution Application: The solution is applied to the substrate. This process usually begins by placing a drop in the center of the solution.

Rotation Process: The solution layer applied to the substrate is rotated by the spin coater’s plate. The rotation speed is a critical parameter affecting the thickness of the thin film to be formed. The rotation process on the plate allows the solution to spread along its surface.

-Centrifugal Force Effect: The rotation on the plate creates a solution layer that spreads from the center outwards. This solution layer becomes thinner depending on the effect of gravity and the rotation speed.

-Drying Process: After the rotation process is over, the solution layer is spread on the substrate. However, the layer is still wet. Therefore, the layer is dried by methods such as hot air or infrared light. This step ensures that the thin film coating takes its final form.

Spin Coater Applications and Importance

The spin coater is used in microelectronics production, semiconductor device production, sensor technology, nanotechnology, biomedical field and many other fields. This device enables the controllable production of thin film coatings, which forms the basis of many technological applications.

As a result, the spin coater is a critical tool for the production of thin-film coatings. Particularly in the fields of microelectronics and nanotechnology, the high control and uniformity provided by the device enables the development of advanced technologies.

Spin Coater Apogee 450 (Spin Coater)

ROTARY COATER BENEFITS

Compact design for reduced footprint
Full-color, 7-inch touchscreen display
Highest horsepower drive system in its class (indirect)
Advanced lid lift assist feature (gas spring opens ≥ 45°)
Durable benchtop design
DataStream™ technology
Optional X-PRO workstation integrates standalone cabinet with top exhaust wall for process fume control.

CHAMBER DESIGN

High-density polyethylene (HDPE) spin bowl
Versatile lid design provides process flexibility and repeatability
Optional nitrogen purge for inert spin environment
Integrated purge and exhaust ports

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