Machinery & material-flow demonstration
Manufacturing
Processes, equipment and material flow.
NEEUMAN FOR INDUSTRY
Understand the operation.
Explore the next move.
A dedicated environment for organizations, built around domain-specific extensions. Bring the equipment, processes and data relevant to your work into a simulation-led view.
SHAPED AROUND YOUR FIELD
Your world.
In motion.
Explore each domain through a recorded Neeuman project. Previews show current demonstrations or related physics; extension availability is stated on each page.
EXPLORE THE EXTENSION
Rigid-body dynamics preview
Robotics
Machines, motion and their working environment.
HarvestMaster machinery demonstration
Agriculture
Machinery and the systems around the field.
Gravity & light study
Space & aeronautics
Physical models for demanding engineering questions.
Soft-material mechanics preview · Chemistry planned
Pharmaceuticals
Future domain workflows, including chemistry development.
THE INDUSTRY VISION
A digital view.
A more informed decision.
Neeuman Industry is being developed to link simulated equipment and digital twins with historical measurements and live operational data where supported. The goal is to replay past conditions, estimate possible future states, evaluate combinations of failure-risk indicators and compare prevention or recovery scenarios—not to promise fault prediction without validated plant-specific evidence.
See the operation in context.
Represent equipment and processes in a digital twin, with connected data where integrations are available. Keep a measured state distinguishable from a simulated one.
Explore what may happen next.
Use suitable models and data to investigate emerging issues, scenario changes and possible bottlenecks. Predictive usefulness depends on the available evidence and validation for that operation.
Turn an issue into a next-step discussion.
Develop prescriptive decision support around available parts, tools, skilled people and operating constraints. Compare possible recovery actions before an operator makes the decision.
Study the wider consequence.
Explore production, downtime and safety together. Ask how a change in one part of the operation affects the rest of the modeled system.
A WORKFLOW WE ARE BUILDING TOWARD
A line stops.
What happens next?
A useful response needs more than an alarm. The proposed Industry workflow brings the breakdown, the surrounding operation and the resources needed for recovery into the same decision.
- Understand the issue and the affected process.
- Check available tools, replacement parts and the relevant procedures.
- Consider skill, location and availability of suitable people.
- Compare feasible actions and their effect on downtime and production.
- Present the evidence and options for the responsible operator.
This is a development direction, not a claim that every fault can be predicted or that the system autonomously controls a factory. Operational use needs appropriate integrations, validated models and human oversight.
KEEP EXPLORING