MSK-AFA-W500-AL is a 500mm-wide 1000mm-long tape casting flat-bed film coater with a 120°C heating vacuum chuck. The system includes a 500mm-wide doctor-blade film applicator. It is designed for prototyping medium size thin film coating for different applications, such as membranes, batteries, solar cells, etc.
SPECIFICATIONS:
Power |
- 208-240VAC, single phase, 50/60 Hz
- 2000W (heating bed)
- 120-240VAC, single phase, 50/60Hz
- 80W (24VDC power adapter) (non-heating bed)
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Control Panel
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- Touchscreen control panel for the settings of coating speed, distance, temperature, and vacuum.
- Travel speed: 500 - 5000 mm/min
- Travel distance: 1 - 1000 mm
- Vacuum chuck temperature: 120ºC
- PID temperature control with an accuracy of ±1°C
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Heating Vacuum Chuck |
- Aluminum alloy flat vacuum chuck
- Flatness: ±5 µm
- Vacuum chuck: L1100 ×W 550 mm
- Vacuum area: L1000 × W500 mm
- Effective coating area: L1000 × W500 mm
- Max. heating temperature: 120°C
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Coating Thickness |
- Max. Area: 1000mm (L) x 350mm (W)
- Max Thickness: 500 microns with accuracy +/- 10 microns
- Note: Film thickness accuracy is strongly dependent on Slurry Viscosity. Slurry quality is very important for film quality.
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Doctor Blade Film Applicator
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- Stainless steel structure with 4 guiding wheels
- Slurry guiding plate for even distribution of slurry.
- 500 mm coating width.
- Wet film thickness between 0 - 5000 microns.
- The two digital micrometers, 0-12.7 mm, ±5 µm
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Slot-die Film Applicator (optional)
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- Stainless steel structure with 4 guiding wheels
- Contactless coating for thin films
- 500mm coating width
- 2 sets of stainless steel shims: 0.2mm, 0.3mm, and 0.4mm
- The two digital micrometers, 0-12.7 mm, ±5 µm
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Vacuum Pump
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- 120 L/min oilless vacuum pump
- Ø8mm OD gas tube
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Top heating cover option (optional)
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- IR light heating cover is available upon request at the extra cost ( click Pic left to see details)
- Digital temperature controller is built in ( single point control)
- Max. working temperature: 120oC
- Power: 220VAC +/- 10%, 50/60Hz, 2500W
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Application Notes
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- Pic.1 and 2 show coated cathode and anode for Li-Ion batteries. Please click here to see how to
- It is recommended to operate the coater under a fume hood. (Click Pic.3 for detail.)
- May need a vacuum mixer to remove air bubbles inside slurry to make uniform coatings (Click Pic.4 )
- You may need a Slurry Viscosity Tester to make coatings consistent (Click Pic.5 for detail.)
- You may need a Dry oven to dry the films and remove the binder after coating. (Click Pic.6 for detail.)
Pic. 4 Pic.5
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Compliance |
- CE certified
- NRTL or CSA certification is available upon request at an extra cost. (based on UL61010/SPE-1000 regulation).
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