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Desktop Dip Coater With Variable Speed (1-200 mm/min)
PTL-MM01 Dip Coater pulls the sample vertically by pulling the wire. The sample is dipped in the liquid film material for a period of time and then pulled out, so that a film of a certain thickness grows on the surface of the sample. PTL-MM01 dip coater adopts a single-board computer to control the pulling speed of the wire to make the lifter run smoothly and accurately.
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Millimeter Grade Programmable Dip Coater (1-200 mm/min)
PTL-MM02 Program-Controlled Dip Coater pulls the sample vertically by pulling the wire. PTL-MM02 programmable dip coater adopts PLC program control to set and adjust the the pulling speed, the dipping time of the sample in the liquid coating material, the speed of the sample entering the liquid, the cycle times of the sample entering and leaving the liquid coating material as well as the drying time of the sample.
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PLC Controlled Precision Dip Coater (1-200 mm/min)
PTL-MM02-200 Program-Controlled Vertical Dip Coater is a precision equipment specially designed for the study of liquid growing films. The film is grown by vertically pulling the sample that is dipped in liquid coating material. Larger samples can be coated, and the size of samples can reach 310mm×260mm with thickness of 1mm-5mm.
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PLC Controlled Precision Dip Coater (1-500 mm/min)
PTL-MM02-500 Program-Controlled Vertical Dip Coater is a precision equipment specially designed for the study of liquid growing films of substrates. The film is grown by vertically pulling the sample that is dipped in liquid coating material. The pulling speed, the dipping time, the speed of the sample entering the liquid, the cycle times of the sample coating, and the drying time of the sample can be controlled by the control system.
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Hi-Speed Spin Coater (10K rpm & 5" Max)
VTC-100PA Vacuum Spin Coater is suitable for semiconductor process, crystal, optical disc, plate making and surface coating, etc. It can be used for strong acid and strong alkali coating solution. The equipment is equipped with two vacuum chucks of different sizes (for standard) selected according to the size of the sample. The equipment can store 12 sets of programs, and each set contains 6 running stages.
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Programmable Dip Coater ( Bridgman ) With Atmosphere Control
PTL-HT High Temperature Dip Coater is widely used in the study of various high-temperature pulling and coating. The heating furnace tube can provide a pulling and coating temperature of up to 1000℃. PTL-HT high temperature dip coater is especially suitable for materials that grow thin films at high temperatures, such as ceramic thin films, crystal thin films, battery material thin films, and special nano thin films.
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6 Position Programmable Dip Coater With Speed 1-400 mm/min
PTL-6P Six-Position Dip Coater can pull one sample at a time, and can make the sample rotate counterclockwise through program control. The sample is pulled out for drying after being dipped in the charging beakers for a certain period of time. The dipping time and drying time can be set through programming. The six charging beakers of PTL-6P six-station dip coater can be loaded with the same coating material or different coating materials separately.
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6 Position Programmable Dip Coater With Bottom Heating
PTL-6PB Six-Position Dip Coater is equipped with six temperature-controlled meter, which can heat the charging beaker during film coating process. The six beakers can be heated with the same temperature or different temperatures, depending on the coating materials loaded in the beakers. This machine is suitable for liquid coating materials or solid coating materials that can be melted into flowing liquid after heating.
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Compact Tape Casting Film Coater With Vacuum Chuck 300mm×150mm
MSK-AFA-I Automatic Coater is widely used in various high-temperature coating research, such as ceramic films, crystal films, battery material films, special nano films, and can adapt to future development of film-forming technology under high temperature conditions. The substrate is fixed by means of vacuum adsorption, so that there is no wrinkle phenomenon on the substrate during the coating process, and the coating is even smoother. The width of the film remain unchanged, and the film thickness can be adjusted according to the micrometer above the doctor blade.
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