Epson Launched CONTOURJET Direct-to-Shape Printing
The industrial system uses six-axis robotics to automate multicolor printing on complex 3D surfaces.
Updated on Sept. 21, 2026 in Robotics

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Epson has introduced the CONTOURJET, a new industrial printing system that combines inkjet technology with robotics to apply graphics directly to three-dimensional objects. This system, which is currently in the commercial launch phase, targets manufacturing applications for irregular surfaces.
Why it matters
The system replaces traditional analog printing processes to reduce manual labor and decrease material waste. It enables automated, high-precision customization for complex industrial parts where flat-surface printing is not feasible.
The system features a six-axis robot equipped with a vertical lifting mechanism and linear motor drives to navigate complex geometries. It maintains a resolution of 600 dpi x 600 dpi using the PrecisionCore S800 printhead, supporting multicolor applications with white ink and clear varnish.
The players
Epson
A multinational technology company specializing in printing systems, robotics, and imaging hardware that operates specialized research labs in Japan and customer experience centers in Europe.
The details
CONTOURJET manages irregular surfaces through proprietary trajectory control and specialized image processing. The six-axis configuration—an industrial arm with six distinct degrees of movement—allows for flexible orientation and increased payload capacity during the printing process. This combination of motion control and inkjet deposition enables the application of ink to curved or non-planar surfaces that traditionally require manual intervention.
Timeline
September 21, 2026: Epson officially launched the CONTOURJET system.
September 23-25, 2026: The system will be demonstrated at the PRINTING United Expo 2026.
The Tech Race
The CONTOURJET system represents an attempt to move digital inkjet technology from flat-surface industrial printing into the realm of complex 3D manufacturing. It directly competes with manual screen or pad printing methods that have historically dominated the production of automotive and sports equipment.
The technology is designed for industrial applications in the sports equipment and automotive sectors rather than consumer-level use. Manufacturers looking to replace analog printing workflows can utilize the Epson Experience Center in Neuss, Germany, to test specific components.
The takeaway
This system signals a shift toward fully automated digital finishing in high-payload industrial manufacturing. Readers should monitor the PRINTING United Expo in September 2026 for benchmark throughput data and additional performance metrics.
What happens next
Epson will demonstrate the CONTOURJET system at the PRINTING United Expo 2026, held in Las Vegas from September 23 to 25, 2026.
Further reading
For more on the latest advancements in automated manufacturing hardware, visit Robotics.
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