Bedienerterminals mit Touch
Also: Touch-Terminal, Touchscreen-Terminal, Touch-Bedienerterminal, Bedienterminal Touch, Touch Panel Industrie, Industrie-Touchscreen, Touch-Panel, HMI Touch
AI-generated
Touch operator terminals are stationary or mobile input devices that use a touchscreen to enable direct interaction with warehouse management and control systems.
Key facts
- Touch operator terminals enable direct, keyboard-free interaction with WMS, ERP, and control systems in warehouse and production environments.
- The choice between capacitive and resistive sensor technology determines whether the terminal can be reliably operated while wearing gloves.
- IP protection ratings (e.g., IP54 to IP69K) define the conditions under which the device may be cleaned and operated.
- Seamless display fronts are often a minimum hygiene requirement in food and pharmaceutical operations.
- Ergonomic mounting options such as swivel mounts can noticeably reduce physical strain during long shifts.
What are touch operator terminals?
Touch operator terminals are industrial-grade input and display devices operated exclusively or primarily via a touchscreen. Unlike consumer tablets, these devices are designed for continuous operation in demanding environments: dust, moisture, vibration, and fluctuating temperatures are everyday conditions in warehouses and production facilities. The terminals are permanently installed at picking workstations, conveyor control points, goods receipt and dispatch stations, or mounted on industrial trucks. They give employees direct access to WMS, ERP, or MES functions, allowing them to confirm bookings, acknowledge orders, and retrieve document and item information.
How do touch terminals work in practice?
Modern touch terminals use either capacitive or resistive sensor technology. Capacitive displays respond to the electrical conductivity of the skin and support multi-touch gestures; however, they generally require direct finger contact and have limited functionality with thick gloves. Resistive displays respond to pressure and can be operated with gloves or tools, but offer lower image sharpness and poorer multi-finger recognition. Many manufacturers now offer capacitive displays with enhanced glove compatibility — whether a specific model reliably works with the gloves used in daily operations should be tested before procurement.
Terminals are typically connected to backend systems via Ethernet, Wi-Fi, or — for stationary devices — a direct network connection. Protection ratings from IP54 to IP69K determine whether cleaning with pressurized water or aggressive cleaning agents is possible, which may be a minimum requirement in food or pharmaceutical warehouses. Display brightness of 400 cd/m² or more is necessary when terminals are used outdoors or under intense artificial lighting.
What factors matter when choosing a terminal?
Several factors influence the selection process, weighted differently depending on the deployment environment:
- Protection rating and housing material: Choose metal or plastic housings with the appropriate IP rating for the specific environment.
- Glove compatibility: Capacitive display with glove mode or resistive display, depending on the tasks performed by employees.
- Display size and readability: Large font sizes and high contrast reduce errors in time-critical processes.
- Cleanability: Seamless front surfaces and certified resistance to cleaning agents are mandatory in hygiene-sensitive areas.
- System integration: The terminal must be able to communicate with existing WMS or ERP interfaces; proprietary protocols can complicate integration.
- Ergonomics and mounting options: Swivel mounts, tilt angles, and display height affect the physical strain on employees during long shifts.
Whether a universal standard terminal or an application-specifically configured device makes more sense depends on the variety of processes and the company's IT strategy. Vendors position themselves differently in this regard; a market review should be conducted based on individual requirements profiles and pilot tests.
Related terms
- AMR
AMR (Autonomous Mobile Robot) is a driverless, self-navigating transport robot that moves goods within a warehouse without any fixed installed infrastructure. It orientates itself independently using sensors and digital maps, and dynamically avoids obstacles.
- AR
Augmented Reality (AR) is a technology that overlays digital information onto the real field of view in real time. In intralogistics, AR is used primarily in picking, maintenance and training.
- Akustische Kommissionierung
Acoustic order picking is a paperless picking method in which warehouse employees receive pick instructions via voice and confirm each step using spoken responses. Both hands remain free throughout the actual picking process.
- Augmented Reality
Augmented Reality (AR) overlays the real environment in real time with digital information such as text, graphics, or 3D models. In intralogistics, AR primarily supports picking, maintenance, and the onboarding of new employees.
- Automatisierung
Automation refers to the use of technologies and systems to execute processes fully or partially without human intervention. In intralogistics, the spectrum ranges from simple conveyor systems to fully automated high-bay warehouses with autonomous vehicles.
- BDE-Terminals
BDE terminals are stationary or mobile devices used for operational data capture, enabling employees at workstations, machines, or warehouse areas to digitally record process, time, and quantity data directly at the point of origin.
- Barcodescanner
A barcode scanner is an optical reading device that captures printed barcodes and converts them into machine-readable data. It is used in intralogistics for the seamless identification of goods, load carriers, and storage locations.
- Kommissionierung
Order picking is the process of assembling individual items from warehouse stock to fulfill a specific customer order — the most labor-intensive step in the warehouse.
