Customize Your Laboratory Roll-to-Roll Coater
Select a Platform. Choose Your Components. Get a Quotation.
Not sure which setup works best for you? Choose from our pre-configured machines, or contact our experts to get a custom-built solution tailored to your project.
1. Platforms
The platform size dictates drying length and the number of components supported. Learn more here.
The perfect platform for compact spaces and quick processing needs, the LR2RC500 offers a cost-effective solution without compromising on versatility.
Finding the ideal balance between size and functionality, the LR2RC750 seamlessly accommodates additional features while remaining a perfect fit for fume hoods or gloveboxes.
For robust drying of thin films, look no further than the LR2RC1000. With three sections designed to host various oven systems, it streamlines coating and printing tasks efficiently.
When ample laboratory space is available and integration of custom instruments is a priority, the LR2RC1500 delivers the necessary length for an expansive R2R line.
Probably the World’s Most Compact R2R Slot-die Coater: A compact, fully integrated roll-to-roll coating platform for laboratories, complete with a mounting system, anodized rollers, a syringe pump, a 65 mm stainless slot-die head and an infrared oven system—delivering unmatched precision and scalability.
2. Mounts
Precise 0–90° adjustment for coating and printing with manual, digital, or motorized control options. Learn more here.
The high-precision angular mounting system is ideal for mounting slot-die heads, knife coating setups, or flexographic units, offering 0 to 90-degree angle adjustment and manual tilt and cross-web control.
The Advanced Mount features manual adjustment with digital micrometers to ensure precise head-to-substrate distance control.
Enable sequential or wet-on-wet slot-die coating, applying multiple layers continuously with or without drying, for advanced multilayer films in thin-film technologies.
The PC Control Mount is ideal for remote operation, whether you're working in a glovebox or at synchrotron beamlines.
3. Pumps
Syringe pumps for precise dosing and a gear pump for continuous flow. Learn which is right for you here.
Experience precision with syringe pumps, available in Standard (0-20 mL) and Jumbo (0-60 mL) variants.
The infinityPV Mammoth Syringe Pump comes with a 300 ml stainless steel (316) syringe that is resistant to corrosive materials and easy to clean.
The Gear Pump operates based on the rotation of gears, enabling a continuous and consistent flow of liquid.
4. Coating and Printing Components
Choose between slot-die heads, slurry coater, flexo rollers and more.
The 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. View video.
Engineered 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. View video.
If 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. View video.
Engineered 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.
Discover high-quality standard shim kits designed for precision slot-die heads. Optimize your coating process with durable, easy-to-install shims for uniform film thickness and enhanced performance in various applications. Contact us for custom solutions. View video.
Optimize your slot-die coating systems with our custom shim kits, designed to meet your specific needs and applications. View video.
The Slurry Coater is a fundamental wet film forming tool, enabling lab scale production of advanced functional thin films. This includes thin film batteries, fuel cells and printed solar cells. View video.
The 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.
The Roll-to-Roll Flexographic system is specially designed for scaled R2R printing. The flexographic printing systems offer customizable printing patterns and widths, ideal for various ink and substrate types. Watch video.
Includes 60 cm of Teflon tubing with a 0.50 mm diameter for low-viscosity inks, and PEEK female Luer lock connectors for secure and reliable connections. View video.
Includes 60 cm of Teflon tubing with a 1.6 mm diameter for high-viscosity inks, along with PEEK female Luer lock connectors to ensure secure connections. View video.
5. Ovens for Drying and Curing
The ovens efficiently dry and cure thin films, with a compact, user-friendly design for quick swaps in under a minute. Learn more here.
Enhance your thin-film drying process with the compact inert gas oven. Featuring precise PID temperature control and flexible gas flow options, it's ideal for fast, consistent drying in research and pilot runs. Perfect for solvent evaporation and more.
Achieve rapid, direct heat transfer with our Infrared Oven, designed for efficient thin-film drying. With adjustable IR intensity, and inert gas options, it's perfect for advanced coating and drying applications in the lab.
The UV-LED curing system utilizes LED light sources for fast and efficient curing (photopolymerization) in a wide range of applications, including adhesives and coatings.
Double your drying efficiency with the Double Inert Gas Oven, featuring dual-zone temperature control for critical processes. Ideal for precise, high-performance drying in research and pilot-scale operations.
This powerful infrared (IR) heat source efficiently transfers heat directly to the material, rather than the surrounding air. Up to 1 kW IR oven with options for curing under inert atmosphere.
Maximize your drying versatility with our combo oven, offering integrated hot-air, inert gas, and infrared (IR) technologies. Ideal for advanced thin-film processing where multiple heating methods are required in compact spaces.
6. Web Handling Components
Enhance your coating with lamination, web guiding, surface treatment, and more.
Optimize the drying and quenching of coated thin films with the air knife. Designed for materials like perovskites, it offers precise control with adjustable angles, distances, and customizable air blade widths.
With micrometer screws and a digital display, the Air Knife Pro allows for fine-tuning the air knife position, giving you reliable control that’s ideal for applications requiring consistent, repeatable results.
To ensure the highest quality when coating and printing on transparent substrates, adding a light table for immediate post-process inspection is highly advantageous. View video.
Edge guide for high precision alignment of the substrate during operation. Delivered as a turnkey system, including work bench on wheels and 4 additional rollers.
The stripper unit efficiently removes protective liners or foils just before the coating or printing station, ensuring a clean substrate for precise processing. Watch video.
Cut, trim, slit, and split with ease using the Knife Cutter. It simplifies foil handling with ultra-durable carbide cutters and easily adjustable cutting positions. Watch video.
With the Roll-to-Roll Laminator, encapsulation or addition of a protecting liner becomes possible and readily scalable in R2R processing. Watch video.
A powerful and adaptable machine, perfect for enhancing the Laboratory Roll-to-Roll Coater when surface treatment capabilities are needed.
Enables effective surface treatment of polymer-based materials, enhancing their wettability through electrical discharge.
The foil turner allows for efficient inline processing on both sides of the foil, making it perfect for double-sided slot-die coating applications.
7. Wet Processing
Process foil with immersion, spraying, heating/cooling, agitation and electrochemical treatments in a fully enclosed, zero-emission system. Learn more.
The essential part of the Wet Processing Center is the tank that holds the liquid, the rollers and all the auxiliary products such as stirring, cooling, heating, circulation, ventilation in a pseudo sealed container.
The electric heating coil enables precise temperature elevation during wet processing, which is often critical to achieving optimal results. It is constructed with Teflon lines and stainless-steel heating elements, ensuring reliable performance, durability, and efficient heat transfer.
Wet processing of foil by immersion in liquids requires effective mixing and precise control of the intended contact time. Mechanical stirring is the most efficient method to achieve these objectives.
Blowing air or inert gas onto both sides of the foil, directed toward the Wet Processing Tank, effectively prevents emissions from escaping. This creates a pseudo-enclosed environment that is safe, contained, and adaptable for various processing needs.
Enhance your thin-film drying process with the compact Dual-Sided Inert Gas Oven. Featuring precise PID temperature control and flexible gas flow options, it's ideal for fast, consistent drying in research and pilot runs.
The Infeed-Outfeed Rollers can be designed as self-centering or straight and can be electrically connected to circuitry for electrochemistry or electrically insulating. The rollers feature 316L stainless steel bearing holders, equipped with either stainless steel or ceramic bearings.
In the Wet Processing Center, handling foil immersed in liquid requires that the rollers and their bearings are also submerged. Our chemically inert immersion rollers provide reliable and smooth foil transport while fully immersed, ensuring safe and efficient operation.
8. Rollers
Upgrade from the included 60 mm anodized aluminum rollers to POM for contrast, PEEK for chemical resistance, and stainless steel for corrosion resistance.
The nip roller enhance web control and speed. Options range from a basic manual rubber roller to advanced adjustable, automated systems.
In the standard configuration, the Laboratory Roll-to-Roll Coater is equipped with high-quality anodized aluminum rollers, each with a diameter of 60 mm. For specialized needs, we also offer rollers in POM (available in black or white for contrast), PEEK (for exceptional chemical resistance), and stainless steel (for extreme corrosion resistance).
The nip roller enhances web control by pressing the web onto the roller, increasing friction and optimizing web movement and speed. Includes both manual control of nip pressure and tilt.
Roller for adjustable nip and two nip rollers with 30 mm width. The nip applies pressure to the web, enhancing friction between the web and roller, which improves web movement and control.
9. Glovebox Integration
Glovebox components that let you effortlessly move your coater inside gloveboxes and then lock it securely in the exact position you need.
Makes it easy to position and handle your coating equipment in gloveboxes or other confined spaces, allowing smooth movement and secure locking in the precise position you need.
The Magnetic Lock lets you secure the Kinematic Platform in place for smooth operation. With the foot pedal, you can easily move the roll-to-roll coater in a glovebox to adjust substrates or experiments, then lock it into your ideal coating position.
Made in stainless steel, the Base Plate is designed to carry the weight of the coating machine while offering a solid base for the magnetic locking system and its control.
9. Get a Quotation
You are now ready to receive a quotation. If you are uncertain about your platform or component choices, please contact us. We’d be delighted to assist you.