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Material Science & Nanotechnology
Coating Unit
Research Laboratory Coater
State-of-the-Art Sheet Coater for Advanced Thin-Film Applications
Take your thin-film research to new heights with the Research Laboratory Coater from infinityPV. Tailored to the rigorous demands of R&D, this innovative sheet coater delivers precise and consistent results for applications including printed batteries, solar cells, fuel cells, OLEDs, and sensors. Designed to handle both organic and inorganic materials, the coater ensures superior film quality, enabling researchers to achieve breakthrough discoveries.
Why Research Laboratory Coating Excels in Thin Film Production
The Research Laboratory Coater is engineered for high uniformity and precise thickness control, making it ideal for nanometer- to micrometer-scale thin films. Its ability to handle diverse liquid formulations ensures consistent results for a variety of applications. Reliable and versatile, it is a valuable tool for researchers seeking accuracy, reproducibility, and efficiency.
Integrated Drying for Streamlined Processes
The Research Laboratory Coater simplifies your workflow with integrated drying capabilities. By combining coating and drying within a single, compact system, it ensures uniform film quality while optimizing laboratory space. With precise temperature control, this feature enhances drying consistency, making it an essential solution for thin-film processing.
Precision Ink Delivery with Integrated Syringe Pump
Control your coating process with unparalleled accuracy using the infinityPV Syringe Pump. This component offers precise adjustments to flow rates, ensuring consistent ink delivery for both organic and inorganic formulations. Its adaptability makes it indispensable for customizing your setup to the specific needs of your research projects.
Key Features
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Quick Setup and User-Friendly Operation
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Modular Design with Swappable Components
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Cantilever Structure for Easy Substrate Handling
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Integrated Syringe Pump for Accurate Ink Flow
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Versatile Coating/Printing Options: Slot-Die Coating, Bar Coating, Knife Coating, Pen, and Flexo Printing
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Compact Size for Use in Gloveboxes and Fume Hoods
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CE Certified and CSA/UL Compliant for Global Standards
Technical Specifications
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Power Requirements: 110–240 VAC
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Coating Area: 100 x 280 mm
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Coating Speed: 1.2–33 mm/sec
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Dimensions: 500 x 550 x 450 mm (W x D x H)
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Weight: 20 kg
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Height Adjustment Resolution: 1 μm
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Control Interface: Touchscreen and Physical Buttons for Ease of Use
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Optional Heated Slot-die Head
Applications
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Printed Batteries
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Solar Cells
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Fuel Cells
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OLEDs
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Sensors
Components
Customize your slot-die coater to meet your exact needs. Choose your base plate, integrate precision syringe pumps, and select from various coating tools, including slot-die heads for uniform thin films, bar coaters, knife coaters, and flexo printers. Build the perfect system for your applications with ease.
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Slot-die HeadsThe infinityPV slot-die heads offer unparalleled performance across various materials and size. Available in PEEK, Stainless and Titanium in standard widths of 40 mm, 65 mm, 115 mm, 165 mm, 195 mm and 305 mm. |
Heated Slot-die HeadsEngineered with precision and innovation in mind, our slot-die heads offer unparalleled performance across various materials and size. Available in Stainless Steel and Titanium in standard widths of 40 mm, 65 mm, 115 mm and 165 mm. |
Customized Slot-die HeadIf you need a customized slot-die head tailored to your specific requirements, our expert team is ready to collaborate with you to design and manufacture a solution that meets your exact needs. |
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Standard Hot Plate (RT-90 °C)The Research Laboratory Coater includes an integrated hot plate for convenient drying of processed thin films directly on the unit. The system features a standard hot plate capable of reaching temperatures up to 90 °C, ensuring efficient drying during your coating process. |
High Temperature Hot Plate (RT-140 °C)Upgrade from the standard hot plate, which reaches up to 90 °C, to the high-temperature hot plate capable of reaching 140 °C. This enhanced option provides greater flexibility, optimizing your thin-film coating applications. |
Syringe Pump |
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Knife CoaterThe knife coater unit has a knife blade in anodized aluminum with a high precision ground edge, resulting in a coating width of 30 mm. Adjust the gap size between the substrate and the knife blade of the coating unit, using the micrometer screw on the knife coater unit. |
Bar CoaterThe nominal thickness obtainable with each bar/rod: 10 micron, 25 micron, 50 micron, 100 micron and 250 micron. |
Simple Flexo RollerThe simple flexographic roller system can be used for printing many types of materials when preparing single devices among others the back silver for inverted geometry device. |
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Air KnifeThe Air knife is a powerful piece of equipment for drying and rapid quenching of coated thin films with compressed air or inert gas (important for i.e. perovskites) |
Simple Mounting SystemManual positioning of the slot-die head, bar coater, knife coater or flexo roller. |
PC Controlled Mounting SystemSoftware control of the coating position with 3-axis motion control (side registration, up/down, fwd/rev). |
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Heated Slot-die Head ControllerEngineered for precise temperature regulation and superior slot-die coating performance, this advanced controller guarantees uniform film thickness and enhances product quality, ensuring optimal results with every use. |
Technical Specifications
Research Laboratory Coater
| Item | Technical Parameters | Remarks |
|---|---|---|
| Weight | >20 kg | Depends on final configuration. |
| Dimensions (WxDxH) | 500 mm x 550 mm x 450 mm | |
| Power Supply | 120 V AC or 240 V AC | Depends on final configuration. |
| Coating Area | 100 mm x 280 mm | |
| Coating Speed | From 1.2 mm/sec to 33 mm/sec | |
| Base Plate Temperature | Standard Temperature up to 90◦C High Temperature Option up to 140◦C Heated Vaccum Chuck up to 90◦C |
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| Thin Film Processing Options | Slot-die Coating Heated Slot-die Coating Knife Coating Bar Coating Simple Flexo Printing |
Syringe Pumps
| undefined | Technical Parameters | Remarks |
|---|---|---|
| Pump Control | 0.01 ml - 9.99 ml | |
| Ink Volume | Standard Pump: Up to 20 ml Jumbo Pump: Up to 60 ml |
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| Options for Mixing and Gradient Experiments | Combine up to 4 Pump for Advanced Mixing and Gradients Experiments | |
| Power Supply | 24 V | Power from the Research Laboratory Coater |
Slot-die Coating
| Item | Technical Parameters | Remarks |
|---|---|---|
| Slot-die Coating Width | 5 mm - 150 mm | Patterned or Full Coating |
| Slot-die Head Position | 12 o'clock | |
| Height Adjustment (Head to Substrate) | 5 mm | |
| Sideways Travel Length | 160 mm | |
| Slot-die Head Material | Stainless Steel PEEK Titanium |
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| Tubing and Connector Material | PTFE (Tubing) and PEEK (Connector) |
Heated Slot-die Coating
| undefined | Technical Parameter | Remarks |
|---|---|---|
| Slot-die Coating Width | 10 mm - 150 mm | Patterned or Full Coating |
| Slot-die Head Material | Stainless Steel Titanium |
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| Temperature Range | RT-100◦C |
Probably the World’s Most Compact R2R Slot-die Coater
The LR2RC500 Bundle is a compact, fully integrated roll-to-roll coating platform for laboratories, complete with an advanced mounting system, anodized rollers, a jumbo syringe pump, a 65 mm stainless slot-die head and an infrared oven system—delivering unmatched precision and scalability.
| Weight | >20 kg |
| Dimensions (WxDxH) | 500 mm x 550 mm x 450 mm |
| Power Supply | 120 V AC or 240 V AC |
| Coating Area | 100 mm x 280 mm |
| Coating Speed | From 1.2 mm/sec to 33 mm/sec |
| Base Plate Temperature | Standard Temperature up to 90◦C |
| Thin Film Processing Options | High Temperature Option up to 140◦C |
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