Automation for up - Import export

▪ Automated emptying system for containers up to approx. 30 liters ▪ Volumetric conveying progressive cavity pump based on the endless piston principle ▪ Pulsation-free and precise emptying and material supply to 1C and 2C dispensing systems ▪ In redundant dosing systems applicable ▪ For medium to high viscosity materials ▪ For structure sensitive, filled, abrasive materials ▪ Application for cylindrical or slightly conical metal and plastic containers ▪ Housing for machine safety and protection against dirt contamination ▪ Automatic retraction and venting the container as well as detection of media surface ▪ 4“-Touch panel with function keys for comfortable setting and parametrization of the system ▪ Externally controllable via Profinet interface ▪ Continuous determination of the position of the follower plate and level monitoring ▪ Adjustable pressure reduction for longer pauses

Do you need a compact machine which is flexible and easy to use for your daily work? The MultiTherm® Eco is the perfect universal machine for oxyfuel and plasma cutting. Efficient cutting productivity due to a high level of automation and easy set-up and operation produces quality components - quickly and efficiently.

The RESISTOMAT® model 2311 has been designed and optimized for high-speed applications in automation systems. Up to 100 measurements per second can be achieved. It works on the basis of the welltried four-wire measurement method in which test-lead resistances and contact resistances are eliminated. The instrument leads are monitored for damage by a built-in open circuit detector. A 2-way and 4-way comparator with switching outputs is available for classifications and selections. Of course, temperature compensation is available for any test object material. Specific temperature coefficients can be entered. Temperature recording takes place using a PT100 sensor or a temperature transmitter (pyrometer) with an analog output. A special circuit for protecting the measurement input when measuring inductive test objects has been developed to prevent damage to the meter from voltage peaks produced when the test object is disconnected.

The RESISTOMAT® model 2329 is particularly suitable for fast measurements of low resistances in automated processes. Up to 50 measurements per second can easily be performed. The device complies with the latest CE guidelines and is designed for laboratory use as well as heavy-duty industrial applications. A 2-fold and 4-fold comparator with switching outputs has been included for classifi cation and selection; this feature is particularly useful for serial tests. One special application involves the measurement of contact resistances (dry-circuit measurement); the load voltage in this case is limited to 20 mV in order to prevent fritting (DIN IEC 512). The RS232 (standard) and IEEE488, USB and Ethernet (option) computer interfaces allow the set-up of fully automatic testing stations. The PLC interface allows easy integration into your production process control.

The Weber PickRobot stands for the uncompromising automation of slicing applications. Specifically adapted to your application area, it can be used flexibly for all insertion tasks and is available in five different executions: SmartPicker, single, double, triple or quad PickRobot. As powerful and highly efficient automation components with up to 230 picks per minute, the robots integrate perfectly into your line and ensure maximum performance. In combination with the Weber VMAX thermoforming technology, loading portions into an advancing index is possible, which maximizes performance even better than ever before. Advantages Flexible, reduced labor costs, and easy-to-clean Multi-variety and multi-layer packs available for compact spaces (overlapping, 90° rotation, variable portion shapes) Complete filling of the package when portions overlap Virtually eliminates human contact Improves food safety Handles all popular portion shapes and sizes

Precision alignment and process technology for the assembly of small products down to micrometer accuracy. CTO technology for assembling small products in a clean room environment - where precision is the key. Modular workstations can be used as standalone operating platforms, integrated into semi-automated platforms, or scaled up for fully automated production lines producing up to 10m products/year.

Precision alignment and process technology for the assembly of small products down to micrometer accuracy. CTO technology for assembling small products in a clean room environment - where precision is the key. Modular workstations can be used as standalone operating platforms, integrated into semi-automated platforms, or scaled up for fully automated production lines producing up to 10m products/year.

Precision alignment and process technology for the assembly of small products down to micrometer accuracy. CTO technology for assembling small products in a clean room environment - where precision is the key. Modular workstations can be used as standalone operating platforms, integrated into semi-automated platforms, or scaled up for fully automated production lines producing up to 10m products/year.

The machine shapes glass to highly precise specifications, with options for manual, semi-automatic and automatic loading. A cassette feeder can be used to increase autonomy time. Various input shapes can be applied. Our precision glass molding machines come as LUNA M (semi-automated), LUNA MP (fully-automated) and LUNA MPA (Autonomous up to 10 hours).

The machine shapes glass to highly precise specifications, with options for manual, semi-automatic and automatic loading. A cassette feeder can be used to increase autonomy time. Various input shapes can be applied. Our precision glass molding machines come as LUNA M (semi-automated), LUNA MP (fully-automated) and LUNA MPA (Autonomous up to 10 hours).

The machine shapes glass to highly precise specifications, with options for manual, semi-automatic and automatic loading. A cassette feeder can be used to increase autonomy time. Various input shapes can be applied. Our precision glass molding machines come as LUNA M (semi-automated), LUNA MP (fully-automated) and LUNA MPA (Autonomous up to 10 hours).

Endless Possibilities in Automated Manufacturing Automation is the future of manufacturing, and with good reason. Automated manufacturing processes can help businesses increase efficiency, reduce costs, and improve product quality. With endless possibilities that automate tasks within AMCs (automated manufacturing conveyors), this technology has the potential to completely revolutionize traditional conveyors. AMC integration into processing equipment offers businesses a variety of benefits. By replacing traditional conveyors with AMCs, tasks can be automated, freeing up staff to focus on more valuable work. This not only increases productivity but also reduces the risk of human error. Additionally, by automating processes, manufacturers can reduce labor costs and increase consistency in product quality.

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

WDI's welding wire production at the Hamm/Westf. and Rothenburg/Saale /Wettin.Löbejün) sites can look back on a history of almost 50 years. Unalloyed and low-alloyed inert gas and submerged arc wire electrodes have been manufactured at WDI's main plant in Hamm/Westphalia since 1975 and at WDI in Rothenburg in central Germany since 1993. Production at both sites was gradually expanded and today, with a production capacity of up to 60,000 tonnes p.a., is one of the largest production facilities for welding wires in Europe. There is hardly a steel processing company in Germany or Europe that is not familiar with the wire electrodes from Hamm and Rothenburg. Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application.

Whether for manual welding in steel construction with 15-18 kg spools or for semi-automated and fully automated welding with drums of up to 750 kg wire weight, WDI has the right drum in its range for every application. Container types for unalloyed and medium-alloyed shielding gas welding wires

Technology of CNC punching offers unbeatable accuracy, reliability and productivity. Our CNC punching machines gives us various processing capabilities such as thread forming, profiling and much more. Our machine TruPunch 5000 is equipped with Sheet Master – the automated loading and unloading system enabling the unrivalled process efficiency. Efficient punching of holes and shapes Threading, shape forming and punching of complex contours The active die guarantees scratch-free surface Automatic feeding of metal sheets and unloading of products with automated Sheet Maste Mild steel up to 5 mm, stainless steel up to 4 mm Maximal size of the metal sheet 3000 x 1500 mm

The Cutting and Gutting / Nobbing Machine is specifically designed for the automated de-heading and gutting of pelagic fish species such as sardines, horse mackerel, and mackerel, crafted from durable stainless steel AISI 316-304 for longevity and food safety. Capable of processing up to 350 fish per minute in a standard setup, and optionally up to 500 fish per minute depending on the fish type, this machine offers versatility with options to cut just the head or both head and tail. It features transport buckets designed to accommodate varying fish sizes and desired product outcomes, using sharp circular blades for precise cutting and a vacuum suction for efficient gut removal, with options for internal or separate waste storage. The machine includes an easy-to-adjust cutting regulation system to cater to different fish sizes and an upper oversight system that immobilizes fish during processing, ensuring consistency and quality.