Exhibitor products

LINE TECH linear modules are precise, ready-to-install, modular linear systems with linear rail guides and two drive variants, ball screw or toothed belt drive. Areas of application are linear systems with larger strokes and high travel speeds. Three sizes (LM3, LM4 and LM5) are currently available.

ERO linear motor axes Everything from a single source: Modular configuration for multidimensional motion control

Direct drives are electric drive systems that operate without mechanical transmission elements such as gears. They consist of linear motors and torque motors. Overall, direct drives offer efficiency, precision and are maintenance-free, which underlines their versatile use in various industrial applications. - Direct drives offer high positioning accuracy and repeatability with correct integration - Fast acceleration and high speeds enable dynamic and efficient processes - The absence of mechanical transmission elements reduces maintenance costs Linear motors generate linear motion and offer precise positioning. Their use ranges from machine tools to high-precision applications such as semiconductor production. Linear motor axes consist of a linear motor including guide and measuring system (Linear Encoder). They can therefore be integrated as a plug & play axis without major design effort. Torque motors convert electrical energy into torque (rotation). They have high polarity and therefore generate very high torques and rather low maximum speeds. Mechanical transmission elements such as gears or belts/chains can therefore be dispensed with. They are integrated directly into a machine or are used in complete rotary tables, which are already plug & play ready for use with a measuring system and ball/cross roller bearings.

We build easily integrated linear robots – for applications where articulated robots reach their natural limits: ERO linear robots deliver: ✔ Precision instead of inaccuracy ✔ Speed ​​instead of slowness ✔ Long reach instead of limitations ✔ Cost-effectiveness: only as many axes as necessary – no more ✔ Plug-and-play instead of complex integration. Ideal for system integrators and automation engineers. Visit our booth. Get inspired. Discuss with our experts.

The Liner Unit is a high-speed, high-power linear drive unit based on an adaptation of the cam mechanism. Powered by a servomotor, and featuring a new mechanism that rotates a screw-shaped cam, the Liner Unit travels along a linear rail, enabling high-speed, long-distance conveyance of heavy loads impossible with conventional mechanisms such as robots. Even in the long stroke specification that is difficult to cope with other devices, it can be easily used just by connecting the rail. In addition, since the drive rail and servo motor are placed on a coaxial platform, space saving is achieved and load balance is excellent.

Luminaire with signal action: LINURA.edge RGB uses RGB-LEDs in various colours to display machine and process statuses, or to achieve colour effects. An RGB luminaire can be operated in a line with white luminaires (ADVANCED package). The dimming level of white light and the colour of the RGB light can be controlled by a single supply line.

Instant control at the dock door to guarantee correct shipments to your customers ZetesMedea loading verification solution speeds up loading processes and removes shipping errors with 100% accuracy. The automated solution is powered by Zetes patented ImageID machine vision technology. Camera gates positioned at the loading bay door capture images of every pallet / returnable asset prior to vehicle loading. It instantly decodes and verifies the pallet barcode label and triggers a go/no go signal for the loading operator. Images are stored in the ImageBank enabling time stamped proof of loading. You will see the following benefits when you have automated dock door control: > Faster and more efficient loading > 100% accuracy for improved service > Real-time verification for total peace of mind > A fully automated system that is easy to use > Visual time-stamped evidence of load and condition

Locate, track and manage assets with precision Tag-LOC is a location system for industrial applications. It determines the exact location of assets such as vehicles, parts, materials, etc. in real time. Position data can be used to track and trace assets, enabling continuous monitoring of goods movements and material flows.

LOCC-Box and LOCC-Box M in comparison The electronic overload and short circuit monitoring LOCC-Box meets the requirements for selective shutdown with high cable impedance and integration into the existing communication level. It stands for a new generation of Industry 4.0 technology. For safe wiring protection the switching of capacitive loads is optimal at all times. The system stores errors and thereby prevents the reoccurrence of the disturbance at the next switch-on. The error reporting with the LOCC-Box uses hardware or via Gateway to different field bus systems. Highlights LOCC-Box: - 8,1 × 107,4 × 116,0 mm (wxhxd) - 1- and 2-channel versions - “Activation” possible if service is required - Up to 50 setting options in one module - Integration into field bus systems - Bridges instead of wiring - Compact system construction, with different versions available - 5 different versions Highlights LOCC-Box M: - 87 x 8.1 x 92 mm (wxhxd) - 1-channel design - Direct connection of the consumers with + and - - One variant for all applications up to 8 A - Less space, fewer costs - Faster wiring through jumpered connections - 90 % and 100 % advanced fault indications - Push-In connection up to 2.5 mm² with ferrule - Single-channel or centralized fault signaling - Can be used in 12 V and 24 V DC control circuits

OTvis as optically stimulated lockin thermography is a non-contact, non-destructive testing method that is very well suited for analyzing CFRP components in the aviation and automotive industries. This test method is particularly suitable when short measurement times are required.

Control functions on safety door DOLD extends the safety switch and key transfer system SAFEMASTER STS by a further safety switch with guard lock. Up to three command and indication functions can be easily integrated into these. SAFEMASTER STS thus combines the advantages of safety switches, guard locks, key transfer and command functions in a single system. This meets the highest safety requirements up to Cat. 4 / PL e or SIL 3. The integrated command and indication elements enable the simple integration of command, indication and emergency stop functions into both new and existing safety concepts. As a result, the SAFEMASTER STS system becomes a true control centre from which command functions, status displays, releases, main and maintenance entrances can be controlled. This means that control signals, such as emergency stop or acknowledgement of the safety guard, can be triggered directly at the access points of machines and systems. In addition to emergency stop buttons, illuminated pushbuttons as well as pushbuttons or selector switches are also available. Due to its very slim design, the robust and attractive fibre reinforced polymer (FRP) enclosure can be mounted on safety fences in a space-saving manner. The optional M23 plug connectors ensure fast commissioning and reduce wiring work to a minimum. The safety switch with guard lock is optionally available with auxiliary and emergency unlocking as well as with actuator of the medium coding stage.

Reliable, economical and robust connector locking systems