Futurology highlights the latest software update for the eufyMake E1, introducing new capabilities designed to increase printing speed, simplify maintenance, and give users greater flexibility in everyday 3D-texture UV printing workflows.
The September update introduces Bidirectional Printing, a new software-driven printing mode that can reduce print time by approximately 40% to 75%, depending on the print mode and white-ink configuration. The update also adds new tools for managing expired UV ink, detecting white-ink settling, and addressing partial nozzle clogging.
Together, these improvements make the E1 faster, more adaptable, and easier to maintain — without requiring a hardware upgrade.
Bidirectional Printing: More Speed Without a Hardware Upgrade
Traditional UV printing uses a unidirectional process: the printhead deposits ink while moving in one direction and returns to its starting position without printing.
With Bidirectional Printing, the printhead prints in both directions, reducing non-productive movement and shortening the overall printing cycle.
Internal testing shows speed improvements of more than 50% for standard CMYK printing, around 60% for several White-CMYK configurations, and up to 76% in high-quality mode for configurations using multiple white-ink layers. For 2.5D printing with 0.3–5 mm texture thickness, the reported improvement is approximately 50%. Actual results vary depending on the file and print settings.
The technology relies on software algorithms and bidirectional calibration to keep ink placement accurately aligned between forward and reverse passes. Calibration takes only a few minutes and is guided directly through the software.
Bidirectional Printing is currently available for flat printing. Roll-to-film printing and flexible white-ink workflows remain under development.
More Flexible UV Ink Management
The update also changes how the E1 handles expired UV ink.
Previously, expired ink could trigger a hard software restriction. The updated system instead displays a risk warning and allows users to decide whether to continue printing.
A 14-day observation period provides additional time to replace expired ink without immediately interrupting production workflows. The manufacturer continues to recommend replacing expired ink as soon as possible because aging UV ink can settle or separate, increasing the risk of clogging and potential printhead damage.
This change gives professional users greater operational flexibility while maintaining visibility of the potential risks associated with aged ink.
Automated White-Ink Settling Detection
White ink requires particular attention in UV printing because its heavier components can settle when the printer remains unused for extended periods.
The new E1 software introduces an automated white-ink settling detection and recovery workflow.
Before printing, the system checks for potential settling. If a risk is detected, users can choose Recover & Print, which purges approximately 3 ml of white ink to help restore stable flow before the print job begins, or skip the recovery process and continue printing.
This adds another automated layer to print preparation and helps reduce the need for manual troubleshooting.
Targeted Printhead Maintenance
The update also introduces Medium Clean Enhanced, a new cleaning option designed to address partial nozzle clogging and print-line dropout.
The process is equivalent to running the standard Medium Clean cycle twice and takes approximately 3 minutes and 20 seconds.
Instead of repeatedly running the standard cleaning cycle or immediately moving to a deeper cleaning process, users now have a more targeted intermediate option for restoring stable ink output.
More Control Over Complex Printing Workflows
The update also reinforces the capabilities of Sequential Print, which allows different parts of a single print to use different settings within one production workflow.
This can be particularly useful for applications such as holographic trading cards, spot UV effects, and other multi-layer designs, where different sections of the same object require different printing parameters.
Combined with Bidirectional Printing and improved maintenance workflows, these capabilities give E1 users greater control over both production speed and print configuration.
Software as Part of the Manufacturing System
The latest E1 update demonstrates how software can become an important part of the performance of a digital manufacturing system.
Increasing printing speed without changing the hardware, automating ink recovery, improving maintenance workflows, and giving users more control over production parameters can contribute to a more efficient and predictable printing process.
For businesses working with custom products, packaging, signage, decorative applications, and small-batch production, these improvements can help reduce production time and minimize workflow interruptions.
At Futurology, we integrate advanced technologies that help businesses, engineers, and creators adopt new approaches to digital manufacturing and bring them into practical production workflows.
The eufyMake E1 demonstrates how software-driven improvements can continue to expand the capabilities of a digital manufacturing platform long after its initial hardware deployment.
As an official U.S. distributor of eufyMake, Futurology provides access to advanced UV printing and digital manufacturing technologies and supports their integration into professional workflows.
