The Dip coating unit with an infrared dryer (PTL-HT-2-LD) is designed to keep operator involvement as minimum as possible so that variables like speed, duration, etc. are maintained accurately by the microcontroller. Movements are achieved by a precision servo motor controlled linear stage that offers vibration and noise free operation. It helps to create a uniform coating on the substrate. The dip coating unit with infrared dryer has both manual as well as PC mode. In manual mode, a user-friendly front panel with keyboard and LCD display is provided to enter all dipping and withdrawal parameters. As in PC mode, the entire unit can be controlled by user-friendly software. It is also possible to save programs for future use.PTL-HT-2-LD Dip coating unit with infrared dryer has an infrared dryer incorporated with it, whose temperature can be set to a maximum of 200°C from ambient. This is meant for drying the substrate after the coating has been made. It has an infrared bulb inside.Dip coating unit with infrared dryer is mainly used in physics, chemistry and biotechnology labs and corresponding research activities. SPECIFICATIONS: Actuator Servo motor Drive mechanism Lead screw Speed control Drawing speed adjustable from the digital panel from 18 microns/sec to 9000 micron/sec (Max.) Power Input 208-240VAC, 50/60Hz 600 W max (with heater) Stroke length max. 150mm Max Substrate size 40mm x 50mm Control Unit Speed control via LCD display with five programs memory Temperature control by PID digital controller with +/-1°C accuracy up to 200°C RS232 port for PC connection Operation software included Substrate Holder The dual substrate holder is included ( Pls review video ) Multi-sample holder is available upon request at the extra cost Certificate CE Certified Application notes to get better film coating, the substrate shall be treated by plasma cleaner (Please click on the first picture below for more information) The coating thickness can be calculated by the Landau-Levich equation, using:h = coating thickness, η = viscosity, γLV = liquid-vapour surface tension ρ = density, g = gravity Use an ultrasonic processor to disperse nanopowder or homogenize solution to get better coating (Please click on the second picture below for more information) The compact dip coater can be put in an MTI glovebox to operate under a controlled atmosphere Click here to visit our Knowledge Center and learn about dip coating Click to learn about Fabrication of the colloidal self-assembled monolayer (SAM) using monodisperse silica and its use as a lithographic mask. For using this dip or film coating in a clean room, please using Bench-Top Fume Hood (with Carbon-filtered Enclosures)
