KraussMaffei Unveils New Robotics at Fakuma 2026
The manufacturer introduced autonomous quality control systems and new linear robots to improve industrial efficiency.
Updated on Oct. 20, 2026 in Robotics
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KraussMaffei debuted the AQCplus autonomous quality control system and the LRXplus SE linear robot at the Fakuma 2026 trade show. These technologies are designed to increase process efficiency, improve product quality, and reduce overall resource consumption.
Why it matters
By integrating real-time part weight feedback into injection moulding processes, these innovations allow for automated adjustments that minimize waste. This focus on precision and efficiency supports manufacturers in scaling production for high-demand cleanroom and multi-cavity applications.
The PX 80 production cell operates with an 800 kN clamping force and integrates a linear robot and sprue mill. Additionally, a PX 160 machine demonstrated production capabilities using a 96-cavity mould to manufacture insulin pen caps.
The players
KraussMaffei
KraussMaffei is a German manufacturer that produces machinery and systems for plastics and rubber processing.
Fakuma
Fakuma is an international trade fair held in Germany that focuses on industrial plastics processing.
The details
The AQCplus system autonomously adjusts the hold pressure profile in real time based on feedback from part weight measurements. The PX 80 production cell further optimizes operations by utilizing a linear robot to remove components while a mill simultaneously processes sprues for reintroduction into the system.
Timeline
The technologies were presented by KraussMaffei at Fakuma 2026.
The Tech Race
The introduction of the AQCplus and LRXplus SE systems signals a shift toward fully autonomous manufacturing loops in the plastics industry. These innovations replace legacy manual quality monitoring with real-time digital feedback, positioning the company against competitors seeking to shrink factory footprints.
For industrial operators, the increased efficiency of these systems allows for higher production density, with five systems now fitting into the footprint previously occupied by four. This transition can lead to reduced operational costs and improved consistency for critical medical supplies like insulin pen caps.
The takeaway
Advancements in real-time weight feedback systems allow manufacturers to maintain consistent quality while significantly reducing material waste. Integrating these autonomous systems into production lines can optimize energy and resource usage in highly sensitive cleanroom environments.
Further reading
Learn more about the latest innovations in Robotics.
Source note: This article includes information reported by SA Polymer Technology.
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Do you believe fully autonomous manufacturing systems offer better long-term reliability than traditional manual processes?
