Spin Processor spin coating glue machine Introduction: A glue homogenizer is a common laboratory equipment used for material film preparation processes. Its principle is relatively simple. It uses the centrifugal force generated by the high-speed rotation of the motor to evenly apply the test solution or glue on the surface of the substrate material. As the name suggests, it is a machine that can "evenly apply the glue". There are many names for glue mixing machines, such as glue mixing table, rotary coating machine, rotary coating machine or rotary coating machine, etc. The CIF-Spin Processor has stable rotational speed, fast startup, uniform spin coating, simple operation, compact and practical structure, providing an ideal solution for the laboratory. Widely used in microelectronics, semiconductors, new energy, chemical materials, biomaterials, optics, silicon wafers, glass carriers, chips, substrates, ITO conductive glass and other surface coating processes. Features: 1. Adopting closed-loop control servo motor, digital speed increase signal feedback, accurate speed uniformity, long service life, ensuring the uniformity of uniform glue. 2. 5-inch full-color touch screen, intelligent programmable control display, standard with 10 uniform glue gradient stages (speed and time gradient settings), optional with 10 programmable programs, each program can set 10 uniform glue gradient stages, with an additional 100 stages. 3. Equipped with a built-in horizontal calibration device, it ensures maximum uniformity of spin coating and can spin coat substrates of different sizes and specifications. 4. Multiple security protection: 5. Electromagnetic safety switch, open the cover and stop the chuck to ensure safety; 6. The lid has a self-locking function to prevent flying cover from popping open and injuring people; 7. Double safety cover, PTFE inlaid tempered glass, to prevent single glass or acrylic cover flying pieces from injuring people, ensuring the safety of experimental personnel to the greatest extent. 8. Triple sealing safety protection between the sample tray slot and the sample tray effectively reduces the risk of motor glue insertion. 9. One machine for dual use, with two spin coating methods available for different samples: vacuum suction cup and non vacuum chuck. 10. The design of the spin coating tray for sample collection and placement is in line with ergonomics, making it more convenient to collect and place samples. 11. Stainless steel spray coating spin coating shell, spin coating chamber made of PTFE material. The spin coating tray is made of polypropylene (NPP-H) material, which is acid and alkali resistant and corrosion-resistant, ensuring that the instrument can still operate normally under harsh conditions. 12. Double chamber design with upper and lower parts, larger upper chamber for easy wiping and removal of glue, conical lower chamber structure design for easy collection of glue, and equipped with waste glue collection device 13. Optional nitrogen drying, nitrogen protection, automatic dispensing or simple dispensing device, providing more operational convenience. 14. Suitable for various materials such as silicon wafers, glass, quartz, metal, GaAs, GaN, InP, etc. Technical parameters: Model: SC1 Speed (rpm): 50-10000 Speed stability: ± 1% Mixing time: 0-2000 seconds Spin coating substrate size mm: circular disc Φ 5- Φ 100, square plate z is 100x100 in size External dimensions (LxWxH) mm: 310x260x250
Introduction: A glue homogenizer is a common laboratory equipment used for material film preparation processes. Its principle is relatively simple. It uses the centrifugal force generated by the high-speed rotation of the motor to evenly apply the test solution or glue on the surface of the substrate material. As the name suggests, it is a machine that can "evenly apply the glue". There are many names for glue mixing machines, such as glue mixing table, rotary coating machine, rotary coating machine or rotary coating machine, etc. The CIF-Spin Processor has stable rotational speed, fast startup, uniform spin coating, simple operation, compact and practical structure, providing an ideal solution for the laboratory. Widely used in microelectronics, semiconductors, new energy, chemical materials, biomaterials, optics, silicon wafers, glass carriers, chips, substrates, ITO conductive glass and other surface coating processes.
