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ADVANCED Robotic Workstation
Our Robotic Workstation Modules are ideal for your different applications and meet the highest demands on functionality and ease of use.
No limits
The all-rounder in terms of low volume / high mix
The ADVANCED Robotic Workstation is equipped with all our unique platform features and offers you the highest level of flexibility, modularity and functionality.
Perfect for smaller batch sizes with widely varying products, it convinces with its extensive process modules and represents a versatile range of applications.
Whether stand-alone or coupled with existing systems - the areas of application are limitless.
Extensive interfaces
Equipped with all interfaces such as OPC UA, Profinet, Ethernet IP, TCP IP, Profibus, WiFi and many more.
Large robot selection
Whether collaborative, two-arm, cleanroom or other: the Advanced Robotic Workstation can be easily equipped with numerous robot types.
Extensive protection technology
Our Robotic Workstations offer you the use of protective scanners, mechanical protective enclosures and a collaborative mode in all versions.
Complex process modules
All standardised and complex process modules of our automation platform can be implemented easily and efficiently thanks to our Plug & Produce interfaces.
Extensive interfaces
Equipped with all interfaces such as OPC UA, Profinet, Ethernet IP, TCP IP, Profibus, WiFi and many more.
Large robot selection
Whether collaborative, two-arm, cleanroom or other: the Advanced Robotic Workstation can be easily equipped with numerous robot types.
Extensive protection technology
Our Robotic Workstations offer you the use of protective scanners, mechanical protective enclosures and a collaborative mode in all versions.
Complex process modules
All standardised and complex process modules of our automation platform can be implemented easily and efficiently thanks to our Plug&Produce interfaces.
Graphical user interface
Thanks to the graphical user interface, you always have an overview of all processes and analyses.
Software & Operation
Full control
Operate the ADVANCED Robotic Workstation as intuitively and easily as your smartphone.
The supplied operator tablet and our powerful ESSERT OS (Operating System) enable you to analyse processes or teach-in new products and parameters at any time.
Quick and easy! Completely without any specially required know-how.
Database binding
We can easily communicate with your production planning systems via our extensive interfaces.
Process Analysis Dashboard
All processes are comprehensively analysed automatically and clearly presented on our analysis dashboard.
Plug & Produce
Production processes can change. The modular architecture of our robot platform with its highly standardised system modules can be quickly and easily adapted to changing processes.
ESSERT's standardised Robotic Workstation guarantees fast availability and makes it more cost-effective than classic customised solutions.
In purely economic terms, we are now achieving the cycle times of a manual workstation in piecework, which is very good. We look forward to further cooperation!"
ESSERT Robotics has succeeded in developing a workstation that can be used in a highly flexible and modular way, regardless of the industry.
The result is very satisfactory! We were able to save about 75% of the costs. Without this measure, we would have had to relocate or even lost the products."
Ready for the Future
MicroFactory READY
ESSERT's MicroFactory is a scalable production line consisting of a network of several ADVANCED Robotic Workstations.
Individual workstations can be easily linked together to form a reconfigurable, expandable production line, thanks to the modular architecture of our automation platform.
Discover the MicroFactory!
MODULE platform
ADVANCED Robotic Workstation Module
3D Bin Picking Module
Bulk material separation
Thanks to specially developed algorithms, transparent and reflective objects such as glass or plastic bodies can also be reliably detected in addition to plastics, metals and sheet metal.
Vibration module
Bulk material separation
Components can be easily and flexibly separated by vibration and thus gripped by the robot; in addition, a choice can be made for illumination between transmitted light, incident light or side light.
Tray stacker module
Autonomy maximisation
Self-developed tray stacker for maximum autonomy in minimum installation space. The tray stacker is fully integrative and parameterisable via our base module.
Maximum tray dimensions: 600mm x 400mm
Maximum tray dimensions: 600mm x 400mm
Drawers module
Autonomy maximisation
The drawer system is ideal for all products that cannot be organised in trays or boxes. The inlays of the drawers can be custom-made and product-specific.
Labelling module
Process
Integration of inline labellers including optional label inspection. The labels can be applied flat or to round bodies. Flexible interfaces for print data exchange are also available.
Printer module
Process
Integration of inline printers, including optional print image control, flexible interfaces for print data exchange are available.
Laser module
Process
Labelling of components or assemblies using UV or fibre lasers.
Mounting modules
Various process modules
Various assembly modules such as O-ring assembly stations, individually designed, manufactured and commissioned according to requirements.
Good Manufacturing Practice
Workstations in stainless steel
Our ADVANCED Robotic Workstation is also suitable for the highest purity requirements.
Thanks to our GMP-compliant, hygienic design and the consistent use of stainless steel components, our systems can be operated in clean rooms up to ISO class 5.
Configurator
Configure your ADVANCED Robotic Workstation
Use our configurator and put together your own ADVANCED Robotic Workstation based on the process modules available and then enquire with us without obligation.
Basic module
Robot
Material logistics
Material logistics
Security
Material logistics left
Module can be used as material inlet or outlet
Tray
Maximum dimensions 600mm x 400mm
Maximum dimensions 600mm x 400mm
Bulk material separation via 3D Bin Picking
Reach into the robot's bin for sensitive components using specially developed AI Algorithm for transparent glass or plastic bodies, plastics, metals or sheet metal
Reach into the robot's bin for sensitive components using specially developed AI Algorithm for transparent glass or plastic bodies, plastics, metals or sheet metal
Bulk material separation via vibration
Components that are not harmed by vibrations are pre-separated from bulk material via an exposed vibration platform. of bulk material for picking by the robot.
Components that are not harmed by vibrations are pre-separated from bulk material via an exposed vibration platform. of bulk material for picking by the robot.
High autonomy with tray or
Case stacker
Specially designed for high autonomy by stacking trays or boxes in the vertical plane. level. Loading and unloading is conveniently done by means of a trolley. The maximum dimensions per tray or crate are 600mm x 400mm x 120mm (LxWxH), the maximum stacking height is 850mm. The trays or crates are automatically made available to the robot.
Specially designed for high autonomy by stacking trays or boxes in the vertical plane. level. Loading and unloading is conveniently done by means of a trolley. The maximum dimensions per tray or crate are 600mm x 400mm x 120mm (LxWxH), the maximum stacking height is 850mm. The trays or crates are automatically made available to the robot.
High autonomy with drawer system
The drawer system is ideal for all products that cannot be organised in trays or boxes. trays or boxes. The drawer inlays can be customised to suit the customer and the product. products. The drawers can be removed and changed during operation. The maximum number of drawers is 25 (depending on the component height).
The drawer system is ideal for all products that cannot be organised in trays or boxes. trays or boxes. The drawer inlays can be customised to suit the customer and the product. products. The drawers can be removed and changed during operation. The maximum number of drawers is 25 (depending on the component height).
Other peripherals
e.g. printer, labelling, testing station, welding station, gluing station, etc.
e.g. printer, labelling, testing station, welding station, gluing station, etc.
Save
Material logistics right
Module can be used as material inlet or outlet
Tray
Maximum dimensions 600mm x 400mm
Maximum dimensions 600mm x 400mm
Bulk material separation via 3D Bin Picking
Reach into the robot's bin for sensitive components using specially developed AI Algorithm for transparent glass or plastic bodies, plastics, metals or sheet metal
Reach into the robot's bin for sensitive components using specially developed AI Algorithm for transparent glass or plastic bodies, plastics, metals or sheet metal
Bulk material separation via vibration
Components that are not harmed by vibrations are pre-separated from bulk material via an exposed vibration platform. of bulk material for picking by the robot.
Components that are not harmed by vibrations are pre-separated from bulk material via an exposed vibration platform. of bulk material for picking by the robot.
High autonomy with tray or box stacker
Specially designed for high autonomy by stacking trays or boxes in the vertical plane. level. Loading and unloading is conveniently done by means of a trolley. The maximum dimensions per tray or crate are 600mm x 400mm x 120mm (LxWxH), the maximum stacking height is 850mm. The trays or crates are automatically made available to the robot.
Specially designed for high autonomy by stacking trays or boxes in the vertical plane. level. Loading and unloading is conveniently done by means of a trolley. The maximum dimensions per tray or crate are 600mm x 400mm x 120mm (LxWxH), the maximum stacking height is 850mm. The trays or crates are automatically made available to the robot.
High autonomy with drawer system
The drawer system is ideal for all products that cannot be organised in trays or boxes. trays or boxes. The drawer inlays can be customised to suit the customer and the product. products. The drawers can be removed and changed during operation. The maximum number of drawers is 25 (depending on the component height).
The drawer system is ideal for all products that cannot be organised in trays or boxes. trays or boxes. The drawer inlays can be customised to suit the customer and the product. products. The drawers can be removed and changed during operation. The maximum number of drawers is 25 (depending on the component height).
Other peripherals
e.g. printer, labelling, testing station, welding station, gluing station, etc.
e.g. printer, labelling, testing station, welding station, gluing station, etc.
Save
