challenger 173
The challenger 173 is a versatile benchtop R&D lab printer, ideal for developing printed electronics and conducting ink/substrate tests.
Multifunctional Sheet-based Printing System for R&D and Laboratory
Applications
Research and development in printed electronics
Ink/substrate testing
Prototype development
Quality control
challenger 173
Technical data
Printing/Coating technologies:
Rotary Screen, Flexo, Rotogravure, Gravure Offset, Gravure with Plate
Substrate size:
Up to 210 x 148 (DIN A5)
Substrate compatibility:
Flexible and rigid substrates up to 3 mm thickness
Process speed:
Up to 30 m/min.
Dimension (L x W x H):
1250 x 800 x 650 mm
Weight:
150 kg
Electrical connection:
1x230V, US 110V
Compressed air:
6 bar
Technologies & Options
Supports up to 5 Printing Technologies
Flexo, Rotary Screen, Rotogravure, Gravure Offset, and Gravure with Plate, providing flexibility for a wide range of applications.
Quick Module Exchange
Enables seamless transitions between different printing techniques in less than 15 minutes.
Minimal Ink Consumption
Operates with less than 1 ml of ink per print, significantly reducing waste and operating costs.
Versatile Substrates
Handles both flexible and rigid substrates, supporting various applications in printed electronics and R&D.
Precision & Repeatability
Equipped with dial gauges and micrometer screws for precise adjustments, ensuring consistent and repeatable results.
User-Friendly Operation
Intuitive color touch screen interface for easy adjustment and real-time monitoring of the printing process.
Scientific publications
Metallization of High-Efficiency Solar Cells – Fraunhofer ISE’s Collaboration with Continental, SWG, using indirect gravure on the challenger 173
Flexo-Printed Waveguides for Optical PCBs – Leibniz University Hannover’s Work with the challenger 173
Access the full paper here: [Full Publication]