Research Laboratory Coater
The creative starting point where films can be made using your materials and inks through a wide choice of deposition techniques.
Research Laboratory Coater
The Research Laboratory Coater serves as the innovative cornerstone for producing films with your materials and inks, employing a diverse array of deposition techniques including slot-die, flexo, knife, bar, and more. It represents a comprehensive, ready-to-use system that begins with a basic single-axis slot-die coating setup, allowing for gradual incorporation of additional functionalities and complexities.
Compact in size, the Research Laboratory Coater offers a versatile, open platform adaptable to a myriad of experimental endeavors yet to be explored. Its flexibility enables installation in various lab settings, whether within a fume cupboard, on a bench, or even within a glovebox.
Our offerings encompass a wide spectrum of printing and slot-die coating machinery, ranging from economical, space-efficient systems to large-scale manufacturing setups tailored for the production of printed functional materials. These materials span a diverse range including solar cells, Perovskite, OPV, PSC, fuel cells, printed batteries, Li-ion electrodes, transistors, LEDs, sensors, and beyond.
Key Features
Turn Key System
Side Operation and Easily Expandable
Coating/Printing Area:
Standard: 100 mm x 280 mm (W x L)
Wide: 160 mm x 280 mm (W x L)Free Software for PC Control
Small Laboratory Footprint:
Option for: Slot-die, Knife, Flexo and Bar Coating
Glove box approved
CE Certified - CSA/UL Compliant
All RLC Come Equipped With:
Single Axis Motion Controller (fwd/rev)
Touch Screen and Buttons for Unit Operation
Mount for Coating and Printing Units
Heated Base Plate (Up to 90 °C)
Software Control
Studies and Publications Leveraging the Research Laboratory Coater
Room temperature slot-die coated perovskite layer modified with sulfonyl-γ-AApeptide for high performance perovskite solar devices by Seid Yimer Abate, Ziqi Yang, Surabhi Jha, Guorong Ma, Zhongliang Ouyang, Haixin Zhang, Shafi Muhammad, Nihar Pradhan, Xiaodan Gu, Derek Patton, Kun Wang, Dawen Li, Jianfeng Cai and Qilin Dai
High-Performance Perovskite Single-Junction and Textured Perovskite/Silicon Tandem Solar Cells via Slot-Die-Coating by Anand S. Subbiah, Furkan H. Isikgor, Calvyn T. Howells, Michele De Bastiani, Jiang Liu, Erkan Aydin, Francesco Furlan, Thomas G. Allen, Fuzong Xu, Shynggys Zhumagali, Sjoerd Hoogland, Edward H. Sargent, Iain McCulloch and Stefaan De Wolf
Applications
Videos
RLC 3DPrint with Heated Vacuum Chuck
The RLC Loan Unit - How to Unbox, Install, Operate and Rebox
RLC 3DPrint - Slot-Die Coating
Flexographic Printing with the Research Laboratory Coater
Printing Perovskite on Flexible Substrate
Tool Library for the Research Laboratory Coater 3DPrint
Printed Batteries
How To Print Solar Cells With The Research Laboratory Coater (RLC)
RLC 3DPrint - The next BIG thing in coating and printing!
Components
Control of Coating/Printing Position
The adjustment of the coating/printing position can either be performed manually using adjustment knobs or through motors that are controlled using software.
Base Plate
The Research Laboratory Coater unit has an integrated hot plate that allows for easy drying of the processed thin films directly on the unit. It can be equipped with standard hot plate (up to 90 °C) or high temperature hot plate (up to 140 °C) or Heated vacuum chuck (up to 90 °C).
Slot-die Heads
The infintiyPV slot-die heads are engineered with precision and composition in mind, allowing for consistent and uniform coating thickness, resulting in high-quality end products. Whether you are working with batteries, printed solar cells, OLEDs, sensors, or other thin-film technology, our slot-die heads are versatile and can accommodate a wide range of materials and processes. We offer slot-die heads from the very small to the very large and the slot-die heads are available in different materials: Stainless steel, Titanium and PEEK, suiting the different needs of chemistry, weight, and thermal latency.
Pump Systems
The syringe, gear and screwpumps from infinityPV are designed to be an integrated part of the LR2RC platform. All pumps come with touch screen for easy use and ink flow configuration. They all offer accurate and smooth ink delivery for your research or production. You can combine several pumps to perform automated gradient and/or dilution experiments. With our free infinityPV software you can rapidly set up the very simple or the very complex experiments.
Build Your Own Research Laboratory Coater
Create your own Research Laboratory Coater our customizer.
Choose the options that suit your needs.
Related Products
Research Laboratory Coater Software
The control software for the Research Laboratory Coater enables setup of processing parameters and logging of processing data which is essential for documentations and reporting. The software can also control the integrated syringe pumps for full pump control and data logging.
Slot-die Heads
Discover our versatile range of slot-die heads tailored to meet diverse application needs. From precision coating in laboratory settings to seamless industrial-scale production, our heads deliver unmatched performance. Unlock enhanced efficiency and productivity, whether you're conducting research or manufacturing solar cells.
Syringe Pumps
Discover the precision and versatility of infinityPV syringe pumps, engineered to seamlessly integrate into our cutting-edge coating and printing equipment.