Coating Unit

The Next Step in Scalable Solar Cell Production

The SDC Solar Coater Mini, built on the Slot-die Coater platform, is your gateway to scaling up perovskite and organic solar cell production. Transition seamlessly from spin coating to advanced, scalable technologies like slot-die coating and flexo printing. It’s perfect for producing thin films on glass substrates and enables the fabrication of fully flexible solar cell modules using only slot-die coating and printing techniques.

 

Key Features

• Quick Set-Up and Easy Operation

• Modular Design with interchangeable components

• Compact Size: Fits in laboratories, gloveboxes, or fume hoods without additional infrastructure.

• Cantilever Structure for convenient substrate handling

• Integrated Syringe Pump for precise ink delivery

• Versatile Coating/Printing Options: Slot-Die Coating, Bar Coating, Knife Coating, Pen, and Flexo Printing

• CE Certified - CSA/UL Compliant: Meets international safety standards

 

Technical Specifications

• Operating Power: 110-240 VAC

• Coating Speed: 1.2–33 mm/sec

• Size: 440 x 360 x 400 mm (WxDxH)

• Weight: 23 kg

• Height Adjustment Resolution: 1 μm

• Control Interface: Touchscreen and physical buttons for easy operation

 

What’s Included:

• Slot-die Coater Mini: State-of-the-art slot-die coater platform for advanced thin-film applications

• Simple Mounting System: Manual positioning of the slot-die head and flexo

• Standard Hot Plate: Integrated hot plate for convenient drying of processed thin

• Standard Syringe Pump: For smooth ink delivery to the slot-die head

• 40 mm Stainless Slot-die head (10 mm working width): Ensures uniform and high-quality coating results

• Fitting Kit (low viscosity)

• Air Knife Standard: Optimize the drying and quenching of coated thin films with the air knife

• Flexo Roller: The simple flexographic roller system can be used for printing many types of materials

 

Why Choose the SDC Solar Cell Coater Mini?

Choosing the SDC Solar Cell Coater Mini from infinityPV can significantly enhance your research capabilities in printed solar cells by offering precision, scalability, versatility, and efficiency. These features are valuable additions to your research toolkit as you work towards upscaling your printed solar cell technologies.