Agfa Jeti Tauro H3300 XUHS MAX automation wins 2026 Pinnacle Award
Agfa's Jeti Tauro H3300 XUHS with MAX automation received a 2026 Pinnacle Award in automation equipment. The article examines how robotic loading and unloading are intended to keep material handling from becoming the bottleneck around a high-speed print engine.
The automation imperative
Agfa's Jeti Tauro H3300 XUHS MAX Automation was recognized by the PRINTING United Alliance with a 2026 Pinnacle Award in the Non-Output – Automation Equipment (print/post-print) category for a configuration that couples the Tauro XUHS engine with the MAX BOT robotic substrate handling ecosystem [1] . Agfa also announced the award in a company release that referenced the MAX automation ecosystem and the product recognition [2] .
The award entry and Agfa's accompanying material frame the automation solution as a response to what they describe as a manual handling bottleneck in wide-format production, where labor and changeover activities can limit the sustained throughput of fast print engines [1] . Agfa further positions the MAX ecosystem as modular and scalable so that providers can add robotic loading or unloading as needed [2] .
Technical overview of the Jeti Tauro H3300 XUHS and MAX BOT
The Jeti Tauro H3300 XUHS engine that forms the print core of the MAX Automation entry is described by Agfa as capable of production speeds up to 1,280 m2/h [3] . Agfa and the Pinnacle entry tie that engine speed to the automation system, stating that the MAX BOT robotic handling is designed to keep substrate movement matched to the engine so printing is not constrained by manual loading or unloading [1] .
According to the award entry, the MAX BOT robotic solution can perform as many as 150 robotic load cycles per hour when configured to operate with the Tauro XUHS engine, a figure Agfa provided in the Pinnacle submission [1] . The submission describes the ecosystem as modular, offering single-robot configurations for unilateral loading or unloading and dual-robot configurations for fully automated end-to-end handling [1] . Agfa's company announcement about the Pinnacle recognition reiterated the MAX automation ecosystem as part of its product portfolio statements [2] .
Physical handling capabilities cited in the Pinnacle entry include expanded robotic reach to accommodate media up to 2.1 m by 3.3 m and substrate thickness handling from 1.5 mm to 50 mm, with a two-up board production mode that supports boards up to 1.6 m by 3.0 m [1] . The submission also lists six laser sensors used for stack registration and edge detection and notes fully motorized media guides integrated into the Tauro XUHS engine to support faster changeovers and maintain flatness on warp-prone materials under high-speed operation [1] . Agfa describes the MAX Flex RTR module as providing the hybrid capability to switch between rigid and roll formats with minimal downtime [1] .
How the components fit together
In the configuration recognized by the Pinnacle Awards, the MAX BOT handles sheet and board loading and unloading while the Tauro XUHS engine performs the high-speed UV inkjet printing tasks. Agfa's materials present the system as an integrated workflow where the robot cycles and engine throughput are coordinated so that neither side is a limiting factor [1] [3] .
Specific hardware elements are presented as intended to preserve registration and substrate quality under continuous, high-volume operation. The Pinnacle entry specifies six laser sensors for stack registration and edge detection and notes motorized guides in the engine that help ensure consistent material flatness and accelerate changeovers [1] . Agfa's product statements repeat these features while positioning them within the broader MAX automation ecosystem [2] .
Hybrid production and material handling
One of the technical aims of the MAX Automation approach is to allow users to alternate between rigid and roll media without losing the production advantages of automation. Agfa describes the MAX Flex RTR module as the component that enables hybrid workflows by facilitating transitions between rigid boards and roll-fed media with limited downtime [1] . The Pinnacle entry presents this hybrid capability as a way to broaden the applications that a single automated line can address while preserving throughput goals [1] .
The system's handling parameters for large-format boards and relatively thick substrates are presented in the Pinnacle entry and are reiterated by Agfa in its press materials, which list the maximum media dimensions and thickness ranges supported by the MAX robot configuration [1] [2] . The submission frames those parameters as important for common wide-format rigid applications such as display and signage production [1] .
Performance framing and company claims
Agfa supplies several quantitative measures for the combined solution in the award entry and in product communications. The company reports the Tauro XUHS engine reaches up to 1,280 m2/h in production mode [3], and the Pinnacle submission attributes up to 150 robotic load cycles per hour to the MAX BOT handling system [1] . Those figures are presented by Agfa and included in the official Pinnacle record for the award entry [1] [3] .
Readers should note that the throughput and cycle figures cited here are those reported in Agfa's entry and in Agfa communications. The Pinnacle entry and Agfa releases document those reported capabilities but do not include independent third-party test data in the materials supplied for the award record available online [1] [2] .
Analysis: The award recognition for the Jeti Tauro H3300 XUHS MAX Automation highlights an industry shift where matching substrate handling to print engine speed is increasingly central for large-format shops seeking predictable, sustained output. Agfa's submission explicitly ties robot cycle capability and engine speed as complementary elements intended to remove manual handling as the production bottleneck [1] [3] . The submission positions modularity and hybrid handling as practical responses to a market that values flexibility across a range of rigid and roll applications [1] .
Agfa's Jeti Tauro H3300 XUHS with MAX automation received a 2026 Pinnacle Award in automation equipment. The article examines how robotic loading and unloading are intended to keep material handling from becoming the bottleneck around a high-speed print engine.