Designed to meet the highest demands for functionality and ease of use.
Our range of robotic workstation modules are ideal for a variety of applications. They meet the highest demands in terms of functionality and ease of use.
All process modules of our standardized automation platform can be effortlessly and effectively implemented, with the help of our Plug&Produce interfaces
The ADVANCED Robotic Workstation incorporates all of our unique platform features to give you the highest levels of flexibility, modularity and functionality.
Perfect for smaller batch sizes with a wide variety of products, it offers a comprehensive range of process modules and a wide range of applications.
Whether stand-alone or linked to existing systems, the areas of application are limitless.
The result is very satisfying! We were able to save about 75% of the costs. Without this measure, we would have had to relocate or even lost the products.
Dirk Kinzel
Engeser GmbH
At Roche, we were looking for a modular, flexible solution for assembling different devices and found this solution in ESSERT´s automation platform. The collaboration with ESSERT was characterized by a high level of innovation and the willingness to adapt to the requirements of the pharmaceutical industry.
Philip Schneider
Drug Product Manufacturing Network Technology Lead at Roche
ESSERT’s standardized robotics platform guarantees fast availability and makes it more cost-effective than classic special solutions.
Martin Rasch
HUMMEL AG
The robot workstation impresses with its flexibility, scalability and integration of state-of-the-art camera technologies.
Arno Schroff
Department manager for plant and site development at Vetter
Operate the ADVANCED Robotic Workstation as intuitively and easily as your smartphone.
The supplied operator tablet and our powerful operating system ESSERT OS enable you to analyze processes or teach-in new products and parameters at any time.
Quick and easy! Completely without any specially required know-how.
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.
Our ADVANCED robotic workstation is also suitable for demanding requirements in terms of cleanliness.
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.
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.
Flexible Feeding Module
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
Tray Stacker for maximum autonomy in minimum installation space. The tray Stacker is fully integrative and parameterisable via the user tablet. Maximum tray dimensions: 600mm x 400mm
Drawers Module
The drawer system is ideal for all products that cannot be organized in trays or boxes. The inlays of the drawers can be custom-made and product-specific.
Labelling Module
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.
Tray Module
The Tray Module provides space for 600mm x 400mm trays and allows components to be placed or picked by a robot.
Laser Module
Engraving of components or assemblies using CO2, UV or fiber lasers.
Assembly Modules
Various assembly modules such as O-ring assembly stations, individually designed, manufactured and commissioned according to requirements.
Material logistics left
Roboter
Material logistics right
Security
Basic module
Frequently Asked Questions
What are potential areas of applications for the ADVANCED Robotic Workstation?
Application areas are diverse and limitless, including general industry and life science industry. Typical applications in life science include device assembly, automation of laboratory tasks, medical device testing, or packing of medical products. Typical applications in general industry include the assembly of small parts, ultrasonic welding, equipment placement or assembly of different O-ring types.
What are the benefits of automated steps in manufacturing?
Automated process steps in manufacturing offer several advantages, including:
Improved efficiency
Increased accuracy
Enhanced product quality
Cost savings
Scalability
Data and documentation
Operator safety
Continuous monitoring
Can the ADVANCED Robotic Workstation be integrated into existing workflows?
Yes, the ADVANCED Robotic Workstation is highly adaptable and can be used as a stand-alone system or seamlessly integrated with human interactions. Whether you need a dedicated robotic workstation or wish to enhance your current setup, the ADVANCED Robotic Workstation’s extensive interfaces and flexibility make it a versatile choice for a wide range of applications.
What is robotic process automation in the general and pharma industry?
Robotic Process Automation (RPA) in the general, but also in the pharmaceutical industry refers to the use of robots or bots to automate various repetitive and rule-based tasks and processes within companies. RPA technology allows these tasks to be performed automatically and accurately, reducing the need for human intervention and potential errors.
The biopharma industry has been slow to adopt digital technologies like AI, despite demographic shifts pushing for more automation. Decentralized production and personalized medicine further emphasize the need for such solutions. ESSERT Robotics stands out, offering specialized automation for these...
High Mix / Low Volume (HMLV) manufacturing meets the growing customization needs in industries like life sciences. ESSERT Robotics offers solutions for diverse industries, especially in low volume medical device assembly.
High Mix / Low Volume is an increasingly prominent production approach in the pharmaceutical sector. This correlates with the rise of advanced therapies that are custom-made for a small group of individuals – or even one single patient.
This article explains the two different production methods, High Mix / Low Volume (HMLV) & Low Mix / High Volume (LMHV) and compares the advantages and disadvantages of both strategies.
With the manufacturing world moving towards more personalized products and unique market segments, LVM is gaining significant traction. Industries ranging from electronics to life sciences have decided for LVM to successfully supply their unique clientele.
We clarify your automation goals in a non-binding, approx. 30-minute consultation and send you a non-binding offer afterwards. We look forward to getting to know you. Alternatively, feel free to call us directly:
+49 (0) 7251 32641 30
Contact
Contact our team
We would be happy to discuss with you how our robotic platform can help to achieve your goals.
