The AeroBot system is a robotic warehouse system that is suitable for standard building heights. The AeroBots work autonomously in the entire system, without having to rely on lines for navigation. The bots move both lengthwise and crosswise across the floor and along the racks to find the most efficient routes. Each individual AeroBot works independently of the others and can access each area of the system. Additionally, they can vertically climb the racks. The SatBot – a small satellite robot located directly on the AeroBot – reliably stores and retrieves different load carriers such as containers, trays and goods in bulk weighing up to 35 kg (77 lb).

An Automated guided vehicle (AGV) is an automated guided vehicle that automatically moves materials or products within a system. It moves along routes that are predetermined by sensors, markings or digital control systems. AGVs are often used in warehouses, production facilities or logistics centers to make processes safer and more efficient.

An autonomous mobile robot (AMR) is a free-moving vehicle that independently moves in its environment without human intervention. AMRs use sensors and intelligent software to detect obstacles, plan routes and carry out tasks such as transports. In contrast to programmed vehicles, the AMRs can flexibly adapt their movements to the current situation. AMRs are mainly used in logistics, manufacturing and in the service industry.

Automation refers to the use of technologies to carry out processes and workflows without manual intervention. The aim of automation is to make repetitive tasks more efficient, faster and error-free. This is achieved through the use of machines, software or systems that can take on specific tasks independently. Automation is suitable for use in different areas such as manufacturing, customer service or marketing.

AutoPocket is an intelligent pocket sorter system for intralogistics that automatically sorts, buffers and precisely releases goods without stopping. It is therefore especially useful for e-commerce and omnichannel tasks which require fast and flexible sorting. With its modular design, automatic loading and RFID technology, AutoPocket makes the efficient and transparent fulfillment of picking, packing and shipping processes possible. The solution reduces the manual work steps and can be adapted to different requirements.

Batch picking is a picking process during which several customer orders are processed at the same time. The same or similar products are collected during one picking process before they are allocated to the individual orders. The aim is to cut down on both time and distance during picking, especially for products which are required more frequently. Batch picking is mainly used for warehousing and shipping processes to increase efficiency and reduce the time needed to process orders. It is ideal for environments with high order volumes and recurring products.

The Central Belt System is a comprehensive solution for distribution centers that rapidly, automatically picks items with defined characteristics and inventory turnover rates. This includes in particular products typical in the pharmaceutical wholesaling and cosmetics sectors. This solution increases productivity, but also throughput and picking performance, all in a relatively small space. The Central Belt System mitigates the effects of peak workloads, makes efficient use of the off-peak periods and allows important resources to be put to best use.

A central fulfillment center is a central warehouse and shipping center that processes orders for several sites or sales channels. Items are stored, picked, packed and shipped, usually automatically. For businesses, these centers aim at combining their logistics options, reducing costs and increasing delivery speed. Thanks to the central fulfillment, stocks are more easily controlled and the supply of different stores and online channels is optimized.

A collaborative robot (cobot) is a robot that works directly alongside humans, without safety fences or other physical separation. These robots are designed to be safe, flexible and intuitive to use. In logistics, cobots perform physically strenuous tasks such as picking, packing or sorting, taking the strain off employees. Being very adaptable, they can easily be included in existing processes. They boost efficiency and ergonomics in the workplace.

A container conveyor system comprises all technical solutions for efficiently transporting containers or cartons within a system. They enable smooth material flows in warehouses as well as production and shipping areas. Here, conveyor systems including roller conveyors, belt conveyors and automatic transport systems safely and quickly move containers from one location to another.

The conveyor system includes all technical devices and systems that carry out the transport, storage and turnover of goods within a business. A manual, semi-automatic or fully automatic conveyor system is used to efficiently and safely transport material from one place to another. Belt conveyors, roller conveyors, lifting equipment and driverless truck systems are typical elements of a conveyor system. The aim is to optimize work processes, increase productivity and reduce physical strain on employees. The conveyor system plays a central role in logistics, production and stock management.

Cybersecurity refers to the protection of IT systems, networks and data against digital threats such as viruses, hacker attacks or data loss. The aim is to back up confidential information, ensure system operability and avoid damage. This is achieved through the use of technical and organizational measures such as firewalls, access monitoring or security updates performed on a regular basis. Cybersecurity applies to businesses as well as private individuals and forms a central part of modern IT infrastructures.

The D³ Daily Dose Dispenser blister packing machine provides support for the medication picking and repackaging processes, which is a boon for producers of patient-specific monitored dosage systems. The process is fully automatic. Tablets are transferred directly from the original blister pack into a new blister card, which is then sealed and printed. The entire process is a great help to pharmacy and healthcare workers, helping mitigate the effects of the labor shortage.

During depalletizing, goods or products are taken from a pallet and prepared for further processing, storage or shipping. This can be a manual or automatic process and is an important step in logistics and production. The aim of depalletizing is to make material flow efficient and transfer products to the next work zone. This transfer is done quickly, safely and gently by modern systems with robots and conveyor systems.

A digital twin virtually represents a real product, process or system. It digitally mirrors properties, conditions and processes which makes analyses, simulations and optimizations possible in real time. Businesses use digital twins to better understand processes, detect errors early on and make decisions on a more solid basis. Data for the digital twin often is provided by sensors, machines or IT systems and is continuously updated. This makes for a precise, dynamic model that mirrors the real world and contributes to the increase of efficiency.

EcoPocket is a flexible pocket system solution that is mainly used in the e-commerce and omnichannel fulfillment sector. The system directs individual order items to the pack stations in the correct sequence and with a high throughput. EcoPocket is scalable for small to large systems and can process both flat-packed and hanging goods. With integrated buffer zones and automatic loading and packing, EcoPocket supports fast, flexible and error-free order processing during the shipping processes.

Ergonomics refers to the optimal design of work stations, devices and processes to support the health, safety and performance of people. The aim is to reduce physical strain, facilitate operation and create a pleasant working environment. The ergonomically designed work stations not only increase efficiency but also help to avoid poor posture and fatigue. Ergonomics considers physical and psychological aspects as well as the correct posture while sitting, movements or the design of work equipment.

The Evo Shuttle is an automated small parts warehouse. It stores, picks, buffers, supplies and sequences an incredibly wide variety of items for different applications. The intelligent control system sequences products coming from the rack which are then supplied to work stations. The system offers a high storage density thanks to multiple-deep storage and can be installed in different variants that can be flexibly adapted to process requirements.

In a high-bay racking warehouse, goods are stored space-effectively and systematically on the levels of especially high racks. It is often used in industrial settings and logistics to efficiently manage large quantities of products. Putaway and retrieval is carried out automatically by stacker cranes or conveyor systems. High-bay racking optimizes the use of space and ensures high availability of products and precise stock management. It is a central part of modern storage systems and logistics systems.

INDU-Store is an automated storage system that was developed specifically for industrial applications. It is a space-effective and flexible solution for storing and picking single items. INDU-Store supports efficient and safe material handling by combining intelligent software, measuring and weighing technology and automated processes. The system can be adapted to various requirements and sectors and helps to optimize internal processes such as manufacturing, spare parts logistics or quality assurance.

The IoT in logistics is composed of physical objects such as vehicles, machines or storage containers that are connected through the internet. The objects can capture and exchange data in real time through sensors. This makes processes such as warehouse management, transport monitoring or maintenance more efficient. The IoT improves transparency and makes reacting quickly to changes and greater automation within the supply chain possible. Consequently, the technology plays a major part in optimizing logistical processes.

Intralogistics comprises all logistical processes within a business, from goods-in to storage to manufacturing and shipping. Intralogistics aims to control material and information flows efficiently and to optimize them. This is achieved by means of material handling equipment such as conveyor belts, stacker cranes or automated guided vehicles (AGVs), and through digital systems for warehouse management. Intralogistics boosts productivity, cuts costs and improves transparency. It is an integral part of today’s manufacturing and retail businesses, and plays a pivotal role in automating and digitalizing supply chains.

Just-in-Sequence is a logistics principle in which the required parts are supplied to manufacturing stations not only just in time, but also in the right sequence. The principle aims to support manufacturing processes optimally and to reduce inventory. JIS is frequently used in the automotive industry, where different variants of the same product are manufactured one after the other. Close collaboration between suppliers and manufacturers ensures efficiency and reduces sources of errors.

Just-in-Time is a logistics concept in which materials and products are supplied at the exact time that they are needed for manufacturing or subsequent processing – neither too early nor too late. The principle aims to minimize inventory, lower costs and make processes more efficient. JIT requires close collaboration between suppliers and manufacturers and a reliable supply chain. The concept has been widely adopted in manufacturing, in particular in automotive manufacturing.

KiSoft is a modular logistics software suite that digitally supports and controls all processes along the value chain. The software covers all levels, from machine control to warehouse management, analysis and transport planning. KiSoft allows the integration of manual and automated warehouse areas, makes processes transparent and optimizes material flow in real time. Thanks to its flexible architecture, the software can be tailored to various sectors and requirements. Independent, scalable and in continuous development, the software presents a future-proof logistics solution.

KiSoft Analytics is a cloud-based software solution for analyzing and visualizing logistical data. It converts complex information from various systems into clear, structured reports. Through them, businesses can gain real-time insight into their processes and make informed decisions on both operative and strategic matters. KiSoft Analytics works independent of the hardware and software used and provides support for data-driven optimization along the entire supply chain.

KiSoft CMMS (Computerized Maintenance Management System) is a digital maintenance management system used for planning, executing and documenting servicing work. It helps companies monitor technical systems efficiently, coordinate servicing work and rectify errors quickly. KiSoft CMMS is an effective tool to boost system availability and to optimize servicing processes because it combines information on machines, spare parts and work tasks in one central place.

KiSoft FCS (Fleet Control System) is a fleet control system that uses software to map, control and coordinate various vehicles in a fleet. Using the fleet control system’s digital twin, it is possible to simulate various vehicles’ applications and processes before deployment in a real environment. Results and lessons learned can be transferred to the real system immediately. KiSoft FCS takes priorities, availability and transport routes into account to make processes efficient and smooth.

KiSoft Genomix is an intelligent software solution for capturing and managing item master data automatically. It digitizes all relevant properties, such as weight, measurements, packaging or center of gravity, and makes this data available for automated processes. The software is self-learning, improves data quality continuously and adapts flexibly to different warehouse environments. This ensures that robots and other systems can handle items efficiently and without errors. KiSoft Genomix boosts an automated logistics system’s performance and reduces effort, errors and costs.

KiSoft Pack Master is a software solution for intelligent optimization of packing. It calculates in real time how the items can best be arranged on the target load carrier to save space and ensure secure transport. KiSoft Pack Master takes into account all the relevant master data of an item, from its dimensions and weight to load capacity and other information. The intelligent software calculates the ideal arrangement for every order based on the customer’s requirements. This ensures the perfect balance between store-friendly delivery, stability and packing density for every order.

KiSoft SCADA is a monitoring system for visualizing and controlling technical systems in real time. It provides a comprehensive overview of the current status of all systems, displays errors immediately and allows for rapid reaction. By capturing operational data and evaluating it centrally, KiSoft SCADA facilitates efficient system control, improves transparency in on-going operation and helps to prevent failure.

The KNAPP-Store is an automated storage and picking system for single items that has been specially developed for applications with a wide variety of items and limited space. Items are stored in the space-effective, secure and efficient system and retrieved with precision. The system is primarily used in pharma and shipping logistics. Thanks to state-of-the-art image processing and software integration, the KNAPP-Store allows traceability of lot numbers and serial numbers. It is particularly suited to slow movers, returns and special products. The solution can be integrated into existing systems flexibly and significantly improves warehouse efficiency.

Last-mile delivery is the last leg of a supply chain in which a product is transported from the distribution center to the end customer. This step is particularly important as it has a major influence on customer satisfaction. Challenges can be traffic, delivery windows and efficient grouping of shipments. Businesses increasingly rely on digital solutions and new modes of transport such as electric vehicles or delivery robots to make this process more sustainable and cost-efficient.

Manual picking systems are warehouse solutions where retrieval and picking of goods is carried out exclusively by humans. Employees move to the storage locations, retrieve the required items and bring them together for an order. They use simple tools such as picking carts, pick lists or mobile data capture devices. Such systems are very flexible and are best suited to small warehouses or systems that process a wide variety of items. However, they require more personnel and are more prone to errors than automated systems.

Master data recording refers to the process during which information that is essential to operation is recorded and logged for the first time. This includes, for example, the item numbers, descriptions, its dimensions and weight and supplier information. This data forms the basis for many business processes such as warehouse management, purchasing, production and shipping. Correct and complete master data is essential for data quality and process reliability within the company and is mostly carried out centrally by a system to prevent redundancy and ensure a uniform set of data for all departments.

Micro fulfillment centers (MFC) are small, automated warehouses located close to urban areas or directly within a store. Their purpose is to process online orders rapidly and efficiently. MFCs utilize state-of-the-art technology such as robots and warehouse management systems to store items space-effectively and pick them efficiently. They shorten delivery times, take some of the workload off large distribution centers and improve the availability of goods in e-commerce and retail. Their compact design makes them easy to incorporate in existing infrastructure.

Mail Order Central Fill (MOCF) is an automated system for central processing of medicine orders that was developed specially for mail-order pharmacies. It combines technology such as tablet and medicine dispensers to process individual patient orders efficiently, safely and fully automatically. Each order is prepared in a central location, packed and shipped either directly to the pharmacy or the end customer. The advantages of MOCF systems are high process reliability, traceability and scalability. They take strain off pharmacy personnel by shouldering repeating tasks such as processing prescriptions.

MultiScan is an automated data entry device that is used in warehouse and logistics processes to capture product features such as volume, weight, quantity and barcodes quickly and precisely. It can be used as a stationary or a mobile device and transfers the captured data directly to the warehouse management system. MultiScan makes it easier to record new items, provides support during changes to packaging and makes space utilization more efficient, both in the warehouse and for shipping. It reduces errors by capturing data automatically and provides the basis for efficient digital processes in today’s logistics.

The Open Shuttle is an autonomous mobile robot system that is used for internal material flow. The autonomous mobile robots move freely across the space; they do not need fixed travel paths or any structural adaptations. They can transport various load carriers, such as containers or cartons. Intelligent navigation and sensors help the robots detect obstacles and let them plan their routes independently. Open Shuttles can be flexibly incorporated into existing warehouse structures, provide support for picking processes and allow efficient, scalable and safe automation of logistics processes. In short, they are today’s alternative to established conveyor systems.

The Open Shuttle Fork is an autonomous mobile robot system that is used for flexible pallet transport. The mobile robot has a fork that can lift and move pallets and other load carriers weighing up to 1,300 kg (2,866 lb) safely and efficiently. Intelligent navigation, 3D obstacle detection and an electric lifting system help the robots move in all directions and turn on the spot. They can be flexibly incorporated into existing warehouse structures without any structural adaptations. Open Shuttle Fork is perfectly suited to warehouse layouts with tight spaces. It automates internal transport processes reliably and space-effectively.

See Evo Shuttle

In an overhead conveyor system, goods are transported while hanging on rails, ropes or chains mounted to the ceiling. This technology is often used in production and storage areas to make optimum use of the available space and keep the floor clear for other processes. It is ideal for the transport of clothes, containers or parts and can be operated manually, semi-automatically or fully automatically.

Pack2Patient is an automated system for preparing patient-specific prescriptions. It is mostly used in central distribution centers and allows safe, efficient and fully traceable processing of individual items. The items are automatically scanned, labelled, checked and then allocated to the corresponding patient orders. The system meets all regulatory requirements, for example, regarding the prevention of falsified and counterfeit medicines. Pack2Patient prepares patient medication cost-efficiently and error-free and supports pharmacies and healthcare services in reliably supplying their patients.

The pallet conveyor system automatically transports pallets in storage, production or shipping areas. It is comprised of several mechanical systems such as roller conveyors, chain conveyors and lifting devices that move pallets efficiently and securely from one place to another. Pallet conveyor systems are often used in manufacturing and logistics and can be flexibly tailored to different requirements and spatial conditions.

Paperless picking refers to the paperless assembly of goods for an order. Instead, the required information is digitally provided to the employees, for example, on mobile devices, displays or voice systems. This not only makes the picking process faster and more flexible, but also reduces errors. The paperless process facilitates data updates in real time, improves traceability and helps reduce paper and administrative costs.

Pick-it-Easy is a goods-to-person work station. The Pick-it-Easy work station series stands for efficient, error-free manual order processing and optimal ergonomics. Here, the human being is put at the center of the automation, provided with the most modern technologies available, allowing the best adaptation to different processes and industries. Various tasks can be handled at the work stations, including order picking, returns processing, inventory, repacking, consolidating goods and value-added services. Different variants of the Pick-it-Easy work station are available depending on the warehouse area, application or range of goods.

Pick-it-Easy Evo is an ergonomically designed picking work station that efficiently connects manual and automated processes in warehouse logistics. It supports employees in performing activities such as picking, repacking, consolidation and returns handling. Intuitive user guidance using touch screens, LED indicators and further assistance systems ensure error-free and fast order processing. Pick-it-Easy Evo is designed for different container and carton sizes and can be directly connected to automated warehouse systems such as the Evo Shuttle. The aim is to increase productivity while reducing the physical strain on employees.

Pick-it-Easy Robot is an intelligent, fully automatic picking system that reliably grips and sorts items using artificial intelligence. The robot detects the shape, size, surface and packaging of the items and determines the optimal grip point. This means it can process a wide range of goods – from cartons to bottles and bags. The system runs around the clock, makes employees’ work easier by taking on monotonous or physically strenuous tasks and increases efficiency in the warehouse. Pick-it-Easy Robot can be flexibly integrated into existing logistics processes and deployed across sectors, from e-commerce to pharma to retail.

Picking is the process of retrieving single items from storage and assembling an order with them. This is a key process in internal logistics that can be completed manually, semi-automatically or fully automatically. The goal is to supply the right items in the right quantity and quality for shipping or further processing. Efficient picking is hugely important for improving delivery speed and customer satisfaction, and for optimizing costs.

A picking system is a technical and organizational solution for picking in a warehouse or logistics center. It includes all equipment, processes and IT systems that help employees or automated devices pick items efficiently and accurately. Depending on the degree of automation, a picking system can be manual, semi-automatic or fully automatic. The aim is to improve the speed, precision and economic efficiency of picking while reducing the workload.

Pocket sorter systems are automated conveyor systems that transport, sort and sequence individual items in special pockets. They are primarily used in warehouse logistics, for example in e-commerce or in the fashion industry. The items are placed into pockets, moved along a rail system and unloaded at defined stations. With pocket sorter systems, customer orders can be prepared efficiently even if the items come from different warehouse areas or have been picked at different times.

PocketEngine is a standardized three-level pocket sorter system for automatic buffering, sorting and sequencing of goods from different warehouse areas and is ideal for e-commerce, store delivery and returns management. The system is composed of three functionally separated levels: a merge level, a sequencing area and ergonomically designed pack stations. PocketEngine efficiently processes items of different sizes and origin and puts them into the correct sequence, compensating for different picking speeds. This allows for a continuous, optimized material flow from goods-in all the way to packaging.

Powerline is a modular conveyor system that transports containers, cartons or pallets in automated warehouses and logistics centers. It is composed of standardized components such as roller conveyors, chain conveyors or lifting units that can be combined flexibly. Powerline ensures a continuous material flow between warehouse areas, picking stations and dispatch areas. The system is designed for high performance, is energy efficient and low-maintenance and can be seamlessly integrated into existing intralogistics solutions. Thanks to its design, it makes precise control possible and optimizes throughput and process reliability.

ProfileScan is the perfect all-in-one solution for automatically measuring item and packaging dimensions while the goods are moving in the warehouse. The solution consists of a measuring frame with an infrared light curtain and is integrated directly into the material flow, such as over a roller or belt conveyor. Installed on warehousing and conveyor systems, ProfileScan automatically checks the dimensions, shape or position of items – for quality checks or controlling sorting and packaging processes. Thanks to the system, even moving items can be measured fast and precisely, without human intervention.

Right-sized packaging refers to the targeted use of packaging, i.e. the amount of packaging is adapted to the exact size and shape of an item. It optimizes the use of packaging space, reducing the amount of material needed and lowering transport costs. With right-size packaging, you need less filling material, can use space in warehouses and transport vehicles more effectively and reduce the impact on the environment. At the same time, the items are better protected during transport. This packaging method is especially important for online orders and in logistics in general as it contributes to sustainability and increases customer satisfaction thanks to compact and well protected deliveries.

Reusables Management Solutions (RMS) are comprised of different solutions for empties management. Handling units are detected using sensors and software and then sorted and finally provided unmixed for refilling. RMS systems increase process quality, reduce manual labor and contribute to sustainability by efficiently completing the recycling of reusables.

RUNPICK – short for Robotic Universal Picker – processes and palletizes large handling units for brick and mortar retail fully automatically. The robot is capable of store-friendly picking and handles both fresh and shelf-stable goods on pallets and roll containers. Thanks to multiple item picking, several items can be placed on a pallet in one movement. As an all-in-one solution, RUNPICK brings together higher throughput, shorter order transit times and adaptability to changes in food retail. With its intelligent packing algorithm, selectable picking criteria and its combining of different pack unit types, the robot is an ace at store-friendly delivery.

As an integrated SAP® end-to-end solution, SAP® EWM can be connected directly to the control system (PLC) and covers all the functions of a warehouse management system (WMS) and a warehouse control system (WCS). SAP® EWM by KNAPP offers a range of solutions as well as services and implementation options – not only for manual RF-guided or voice-guided warehouses but also for complex automated warehouses using SAP® EWM for greenfield and retrofit projects.

Sorting systems are automated systems that separate and allocate goods, packing units or containers according to specific criteria such as target location, size or weight. They are used in logistics centers, distribution centers and production facilities and ensure a fast and error-free material flow. Modern sorting systems use sensors, scanners and software for identifying items and directing them to the correct location. This reduces manual work, increases efficiency and shortens lead time.

The split tray sorter is a high-performance sorting system specially developed for lightweight and flat items such as books, garments, packs or medicinal products. The items are transported on trays that open at defined positions above a flap mechanism, precisely dropping off the items into target containers or at dispatch stations. The system is especially suited for e-commerce, reverse logistics and store delivery. The split tray sorter boasts a compact design, sorts at high speeds and can be supplied both manually and automatically.

A stacker crane is an automated machine used in high-bay racking to store and retrieve load units such as containers, cartons or pallets. It moves both horizontally and vertically on rails within the aisles between the racks to access specific storage locations. Stacker cranes are fast, precise and energy-efficient and are often integrated into automated warehouse management systems. They ensure space-effective storage, reduce manual labor and optimize warehouse processes especially for large quantities of goods and high turnover rates.

Streamline is a universal conveyor system that can be used in picking and distribution centers thanks to its many functions. Acting as the main artery of an intralogistics system, it supplies the many different areas in a warehouse with the right goods efficiently and reliably. Streamline conveys containers, trays, cartons and soft packaging with a weight of up to 50 kg (110 lb.) The conveyor system is made up of modular building blocks. With one or more components available for every logistical task, the uninterrupted supply to different subsystems and machines is ensured.

Vision Blister is a solution specially developed for the pharmaceutical supply chain and has proven to be incredibly effective in mail order central fill (MOCF) systems. The system carefully checks tablets in special blister packs, recording and checking the color, shape, quantity and imprints of the tablets in order to meet quality criteria and protect patient safety. As a result, Vision Blister also ensures resources are used effectively – time-consuming manual checks are a thing of the past.

Vision Item Check is a camera-supported system for automatically checking the quality items in logistics. Using a camera system for 6-sided reading, Vision Item Check automatically captures and processes security features on packaging, lot information, date marks or other quality features of the item from 1D and 2D codes. The system is suitable for incoming and returned goods, for use at special check stations, and for retrofitting.

The Vision Scan Tunnel is used for handling and checking containers and cartons. It’s suitable for smart automation in goods-in, capturing information contained in 1D and 2D codes on cartons or containers using its high-performance camera system. Optionally, characteristics such as straps, safety or adhesive tape, and dirt can also be detected. Using the Vision Scan Tunnel can also simplify downstream processes considerably.

Warehouse automation is the use of technical systems to automate warehouse processes entirely or partially. Examples are automatic conveyor systems, stacker cranes, robots and software solutions for control and monitoring. The aim is to improve efficiency, speed and precision for putaway, picking and retrieval of goods. Warehouse automation reduces the amount of manual labor required, lowers operating costs and improves transparency and space utilization.

Warehouse robots are automated machines that perform warehouse tasks such as putaway, transport and picking. They can work independently or they can collaborate with other systems, or with humans. Warehouse robots improve efficiency, reduce errors and take physical strain off employees. Depending on the application, they can be mobile or fixed, and can be flexibly integrated into existing warehouse structures. They are an important part of state-of-the-art warehouse automation and help to optimize logistical processes.

A warehouse management system (WMS) is a software solution for managing and controlling warehouse processes. It helps organize goods movements, manage stock and supports the picking process. The goal is to make processes in the warehouse more efficient, transparent and less prone to error. A WMS helps to optimally use stock, shorten delivery times and increase productivity, can be used in different industries and flexibly adapted to individual requirements.

A warehouse management system (WMS) is a software solution that controls, monitors and optimizes all warehouse processes. It manages stock, controls putaway and retrieval operations and provides support for picking. A WMS ensures transparent processes, reduces errors and improves the efficient utilization of storage space. It can be used both in manual and automated warehouses and is often linked to other systems such as ERP or transport management systems. Efficient, reliable and transparent warehouse organization is the goal.

Zero-touch fulfillment is a logistics concept which aims to minimize manual intervention along the entire process chain – from goods-in to goods-out – by using robotics, artificial intelligence and intelligent software. In zero-touch fulfillment, warehouse processes are efficiently controlled and carried out, while employees are freed from physically strenuous tasks to concentrate on value-creating work. The concept enhances productivity, reduces errors and makes fast and reliable order processing possible, even when there is high volume or a shortage of personnel.