KKorber is a global technology group with about 13,000 employees and 100 locations that turns entrepreneurial thinking into customer success. It operates in Digital, Pharma, Supply Chain, Tissue and Technologies, offering products, solutions and services across these areas. Its products work by delivering integrated technology offerings and services that address today’s and tomorrow’s challenges, often by building ecosystems and rapid, seamless execution of ideas to create added value for customers. The company differentiates itself through its global scale, cross-domain ecosystem approach, and focus on fast response to customer needs, enabling a wide range of solutions rather than a single product category. The goal is to shape technological change and drive customer success by creating ecosystems that solve current and future problems for its clients.
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Industries
Company Size
5,001-10,000
Company Stage
Growth Equity (Venture Capital)
Total Funding
N/A
Headquarters
Hamburg, Germany
Founded
1995
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Körber is buying a stake in NAiSE, a German software company specialising in vendor-agnostic fleet management. The deal, announced October 22, 2026, will help customers worldwide run mixed vehicle fleets across production and warehouse sites. No financial terms were disclosed. NAiSE, founded in 2017, has been self-funded until now. Its software links automated guided vehicles, autonomous mobile robots, and manually operated industrial trucks from different vendors on one control layer. Körber will act as a strategic investor, and NAiSE's founders will keep running the company. The two plan to deepen links between NAiSE's platform and Körber's warehouse solutions, and to develop new uses, including humanoid robotics.
Körber SPE6-P2: integrated automation for pharmaceutical packaging. Modern pharmaceutical packaging requires more than high-speed machinery. Manufacturers need precision, flexibility, and coordinated processes that can adapt to changing production requirements while maintaining consistent performance. The Körber SPE6-P2 pharmaceutical stick-pack packaging machine provides a real-world example of how different automation technologies can be integrated to support these demands. Featured in a B&R Industrial Automation case study, the machine demonstrates how transport technology, motion control, robotics, and machine control can work together within a modern packaging application. Bringing multiple technologies together. Packaging machines often involve several processes that must operate in coordination, from product transport and positioning to handling and packaging. Integrating these functions requires an automation architecture that allows the different technologies to work together effectively. In the SPE6-P2 application, Körber combines its transport technology with B&R's ACOPOStrak intelligent transport system. The wider solution also incorporates robotics, motion control, and the X20 control system. This approach allows technologies to be selected according to the needs of individual processes while contributing to the operation of the complete machine. Flexibility for changing production requirements. Pharmaceutical packaging equipment must accommodate different product formats and production requirements. Machine builders therefore need to consider how transport, control, and motion systems will respond when formats or operating conditions change. An integrated automation approach can help support flexible machine design by coordinating the technologies involved in the production process. In the SPE6-P2 case study, the combination of transport technologies supports flexible product transfer and format changes. The machine is designed to process up to 600 stick packs per minute, illustrating the production demands that the overall system is built to address. Actual performance depends on the machine configuration, product, and operating conditions. What machine builders can learn. The SPE6-P2 example highlights several considerations for businesses developing automated packaging equipment. 1. Start with the application. Identify the production requirements, throughput targets, product formats, and handling needs before selecting automation components. 2. Consider the complete system. Transport, robotics, motion control, and machine control should be evaluated as parts of the overall machine architecture rather than as isolated components. 3. Plan for flexibility. Consider how future product changes, format adjustments, and evolving production requirements may affect machine design and integration. 4. Evaluate integration early. Assessing how technologies communicate and coordinate during the design stage can help machine builders make informed decisions about system architecture and implementation. The value of an integrated automation approach. The Körber SPE6-P2 case study demonstrates how different technologies can be combined to address the requirements of a complex pharmaceutical packaging application. For machine builders, the broader lesson is that automation performance depends not only on the capabilities of individual components, but also on how effectively those components work together. At DAANET, Daanet Pty Ltd help Australian businesses explore automation components and solutions aligned with their engineering and application requirements. Whether you're developing new machinery or evaluating an existing automation system, understanding the application is an important first step toward selecting a suitable solution. Planning your next automation project? Contact DAANET to discuss your machine-building and industrial automation requirements. B&R Industrial Automation - Precision where it matters: Open hybrid transport concepts for pharmaceutical packaging lines.
Körber has launched STEPLogic Tracker, a food traceability solution designed to help food companies prepare for the FDA's Food Traceability Rule under FSMA Section 204. The platform enables companies to capture, manage and retrieve critical traceability information within the FDA's 24-hour recall timeline requirement. The solution addresses lot-level recordkeeping and provides structured workflows for traceability across receiving, transformation and shipping operations. It is specifically designed for mid-sized food manufacturers still managing information through spreadsheets and disconnected systems. The FDA's Food Traceability Rule requires covered entities to maintain records for foods on the Food Traceability List and make them available to the FDA within 24 hours of request. The compliance deadline is 20 July 2028. STEPLogic Tracker is part of Körber's broader suite of supply chain solutions.
Beyond buzzwords: what truly smart warehousing looks like in action. Jun 4, 2026 Adversarial AI Pipeline Its Take - Mike Sanders, Founder "We see this every audit - companies buy the scanners and the WMS but never close the integration gap, so supervisors still walk the floor to find out what's actually happening; a $50 pick error multiplied by 20,000 orders/month is the number that should be on the CFO's desk." Zebra and Körber's partnership puts rugged mobile hardware in pickers' hands while feeding real-time scan data directly into the WMS - the operational gap it closes is the lag between what's happening on the floor and what supervisors see on the screen. The business case isn't 'edge-to-edge visibility' - it's eliminating the 15-30 minute decision latency that drives pick errors and dock congestion in high-volume 3PL operations. From the source. "By integrating Zebra's mobile hardware with Körber's WMS, we're enabling customers to make smarter decisions from the edge of their operations all the way through to final shipment." - Inside Zebra and Körber's Partnership for Smarter Warehouse Technology Key takeaways. * 01Zebra rugged scanners + Körber WMS = real-time scan-to-system data flow at the pick face * 02Industry benchmark: pick errors cost $50-$300 per incident in returns and rework * 03Decision latency between floor activity and WMS visibility is the real operational gap, not hardware capability * 04Integration value lives in the API layer between scanner and WMS - not in either product alone * 05Hardware-software pairing only delivers ROI when paired with workflow redesign on the floor Watch the source. Inside Zebra and Körber's Partnership for Smarter Warehouse Technology Video embedded above - watch without leaving the site Extracted and verified via Adversarial AI Pipeline // RELATED SOLUTIONS Get the IE.AI weekly brief. Top 3 AI-distilled industrial engineering insights, every Sunday. No fluff. No spam. Unsubscribe anytime with one click.
Körber expands PAS-X portfolio with PAS-X Neo for life science manufacturers. May 29, 2026 By Janice Abel Company and Product News New MES offering is designed to help small and mid-sized pharmaceutical manufacturers digitalize shop floor operations with a scalable path into the PAS-X ecosystem. Körber has announced PAS-X Neo, an additional Manufacturing Execution System (MES) offering designed to help small and mid-sized pharmaceutical companies and sites digitalize shop floor operations quickly and with a clear path for future growth. With PAS-X Neo, Körber extends its PAS-X portfolio, which includes PAS-X MES, PAS-X Savvy, and AI solutions. The new offering provides an entry point into PAS-X and the Körber ecosystem for life science manufacturers that want to start small and scale as their business grows. Many pharmaceutical and biopharmaceutical manufacturers continue to rely on paper-based or fragmented shop floor processes. These approaches can lead to manual errors, inefficiencies, and increased compliance risk. At the same time, limited internal IT, validation, and MES capacity can make digitalization projects difficult to start and sustain. PAS-X Neo is a purpose-built MES for small and mid-sized companies and sites. It is designed to address these challenges through a lean, standardized, cloud-native architecture with essential GMP functionality. The solution supports cost-efficient operations, low IT complexity, and regulatory compliance, while providing a right-sized entry point into PAS-X and the Körber ecosystem. The software is intended to support fast time to value, with a goal of implementation within less than two months using standardized templates, minimal configuration effort, and AI support. Pharma-grade compliance is built in from day one, including ALCOA+, FDA 21 CFR Part 11, EU Annex 11, audit trails, and electronic signatures. The SaaS delivery model is designed to reduce effort and total cost of ownership. No local infrastructure is required, and pre-validated building blocks help reduce validation effort. PAS-X Neo complements Körber's flagship PAS-X MES and is expected to provide future benefits in terms of interoperability between MES systems across different sites, as well as a clearly defined upgrade path. The first version of PAS-X Neo is expected to be available in November 2026.
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Industries
Company Size
5,001-10,000
Company Stage
Growth Equity (Venture Capital)
Total Funding
N/A
Headquarters
Hamburg, Germany
Founded
1995
Find jobs on Simplify and start your career today
We update Korber's jobs every few hours, so check again soon!Browse all jobs