Robots Are Becoming Intelligent.
We Make Them Productive.
BUILDING THE INFRASTRUCTURE FOR PHYSICAL AI
Rohmann Automation is building the missing process layer between intelligent robots and industrial production, decoupling the robot from the process and making industrial process knowledge reusable.
AI Can Teach Robots How to Move.
But Movement Alone Does Not Create Production.
To weld, manufacture, dose, inspect, repair, or assemble, a robot still requires tools, process equipment, media, parameters, safety, data, and industrial knowledge. Today, this process layer is rebuilt for almost every machine, every application, and every customer.
This Is the Layer We Are Standardizing.
Built From 14 Years of Real Industrial Execution.
At 14, Jascha Rohmann programmed his first robot in his parents’ garage. At 21, he founded Rohmann Automation without investors or bank financing.
Fourteen years and more than 40 delivered production systems later, one question kept returning: "Why Does Every Automation Project Start From Zero?"
The answer became our new direction: Separate the robot from the process and turn industrial process knowledge into reusable infrastructure.
The Era of Physical AI
Physical AI
The Missing Infrastructure
Industrial Pressure
Robots are becoming more intelligent, autonomous, and mobile. We are building the infrastructure that turns flexible hardware into productive manufacturing systems.
The physical process layer underneath intelligent robots is still individually engineered and difficult to scale. We standardize the missing layer between robots and production.
Small and mid-sized manufacturers need automation that can be deployed and expanded without restarting engineering from zero. We provide the reusable infrastructure for scalable production.
AI & INTELLIGENCE
ROBOT HARDWARE
ROHMANN PROCESS LAYER
INDUSTRIAL PRODUCTION
Traditional Model
- New product
- New engineering
- New integration
- New machine
- New investment
Rohmann Platform Model
- Reusable base
- Additional process module
- Reusable engineering
- Expandable system
- Longer useful life
From Project Engineering to Reusable Infrastructure
Today
The Platform Direction
Traditional automation projects are characterized by high engineering costs and significant integration time. Every new machine requires a unique, one-off solution, locking process knowledge within a single project and creating a barrier to scalable deployment.
- Standardized modular base for flexible robotic integration
- Reusable process modules for rapid expansion
- Transferable process knowledge across projects
- Software and data layer for lifecycle management
- Partner ecosystem for equipment and software
05 / FUTURE ARCHITECTURES
Future Architectures
Mobile Systems
Hybrid Systems
Humanoid Systems
Collaborative Systems
Track Record
14
Years of Industrial Engineering
40+
Production Systems Delivered
5
Industries Served
8
Engineering Specialists
150+
Years of Combined Experience
One Process Layer. Multiple Industrial Applications.
Five Industries
Defence & Aerospace
Precision automation, inspection, repair and advanced manufacturing for safety-critical applications.
Advanced Manufacturing
Reusable process infrastructure for welding, additive manufacturing, repair and flexible production.
Automotive & Mobility
Robotic welding, laser processing, handling and precision assembly for demanding production environments.
Pharma & Life Sciences
Controlled automation, inspection, traceability and handling for regulated production environments.
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Food & Consumer Production
Hygienic handling, packaging, inspection and palletizing for high-volume production.
Every Intelligent Robot Should Be Able to Access Industrial Process Knowledge.
Our vision is a world in which welding, manufacturing, dosing, inspection, and repair are no longer engineered from scratch for every robot and every factory. Processes become reusable, deployable, and continuously improvable.
The Team Behind the Platform
Eight people. 150 years of combined industrial experience. Working together for years, not months.
Jascha Rohmann
Founder & CEO
Programmed his first robot at 14 and founded Rohmann Automation at 21. Built the company without outside investors or bank financing.
Lisa Bleidt
Robotics & Simulation Lead
ABB and Yaskawa programming specialist focused on robotics, simulation, and future robotic architectures.
Pascal Viehl
General Project Manager & Sales
Experienced in industrial projects from both the automotive supplier and system integration perspectives.
Andreas Wolff
Mechanical Assembly Lead
Experienced mechanical specialist responsible for workshop execution and mechanical assembly.
Andreas Altherr
Automation Lead
Extensive SPS and TIA Portal expertise with responsibility for complete automation and plant concepts.
Philipp Ladu
Electrical Assembly Lead
Mechatronics specialist responsible for electrical assembly, installation, and on-site commissioning.
Christian Heberle
Head of Design
Decades of mechanical design experience across automotive, food, and medical technology.
Imants Pilds
Electrical Engineer
Responsible for electrical installation and commissioning.
Intelligent Robots Need an Industrial Process Layer.
We are looking for customers, technology partners, strategic partners, and investors who believe the future of manufacturing should be modular, intelligent, and scalable.