Software

Complex Motion. Simple Programming.

1 Design & simulate

Build Flyway layouts, define stations and motion sequences visually, and validate your system in emulation before touching hardware. Export to Visual Components, iPhysics, or Emulate3D for full-machine simulation.

↓ SEE TOOLS

2 Develop & integrate

Use your existing automation environment (Siemens, Rockwell, Beckhoff, Omron, Keyence, and more) or code directly in Python, C#, MATLAB, or LabVIEW.

↓ SEE PLATFORMS

3 Run & produce

Collision avoidance, traffic management, and automated initialization are built in, ensuring reliable operation across variable conditions. Flexible routing, STO and accident recovery keep uptime high when there are issus in production.

↓ SEE CAPABILITIES

Planar Motor Tool (PMT)

Build Flyway layouts graphically, run full emulation without hardware, and test PMLib commands interactively — then switch to your real system with no code changes.

Full Compatibility

The Planar Motor system can be intuitively programmed in all of the leading control platforms. PLC libraries expose both high-level system control and low-level command access, providing flexibility across the full control hierarchy.

Collision avoidance that knows what you're carrying

Every Planar Motor system includes firmware-level collision avoidance — it's always on, requires zero programming, and works at hardware speed. But what makes it exceptional is stereotype awareness.

Design & simulate

Every Planar Motor system includes firmware-level collision avoidance — it's always on, requires zero programming, and works at hardware speed. But what makes it exceptional is stereotype awareness.

Collisions handled automatically

The PMC factors in every stereotype when calculating safe distances. Wide or overhanging payloads? They'll never collide — guaranteed at the firmware level.

Collision avoidance

The PMC resolves any potential collisions smoothly without stopping the system and account for overhanging products.

Auto-driving

One-command automatically routes XBots to a set of target positions using built-in multi-agent pathfinding.

Stream mode

Cycle-by-cycle control over XBot positions from the PLC, enabling tight synchronization and coupling with external axes such as robot arms and servo motors.

Zone Control

Designate sections of the system with custom behavior, such as transferring XBots to and from a conventional conveyor, limiting XBot speed in a region, or deactivating an area for maintenance.

Absolute ID

Read each XBot's unique ID and it's orientation.

Commission virtually. Monitor in real time.

Graphically build and simulate Flyway layouts and XBot flows, test PMLib commands interactively during virtual commissioning, and deploy to physical hardware with no code changes required.

Software

Complex Motion. Simple Programming.

1

Design & simulate

Build Flyway layouts, define stations and motion sequences visually, and validate your system in emulation before touching hardware. Export to Visual Components, iPhysics, or Emulate3D for full-machine simulation.

↓ SEE TOOLS

2

Develop & integrate

Use your existing automation environment (Siemens, Rockwell, Beckhoff, Omron, Keyence, and more) or code directly in Python, C#, MATLAB, or LabVIEW.

↓ SEE PLATFORMS

3

Run & produce

Collision avoidance, traffic management, and automated initialization are built in, ensuring reliable operation across variable conditions. Flexible routing, STO and accident recovery keep uptime high when there are issus in production.

↓ SEE CAPABILITIES

Design & simulate

Visual tools for building, testing, and commissioning your system.

Planar Motor Tool (PMT)

Application Designer

Platform compatibility

Full Compatibility

The Planar Motor system can be intuitively programmed in all of the leading control platforms. PLC libraries expose both high-level system control and low-level command access, providing flexibility across the full control hierarchy.

Collision avoidance that knows what you're carrying

Design & simulate

Every Planar Motor system includes firmware-level collision avoidance — it's always on, requires zero programming, and works at hardware speed. But what makes it exceptional is stereotype awareness.

Collisions handled automatically

The PMC factors in every stereotype when calculating safe distances. Wide or overhanging payloads? They'll never collide — guaranteed at the firmware level.

Simulation

Built-in capabilities

Collision avoidance

Auto-driving

Stream mode

Zone Control

Absolute ID

Commission virtually. Monitor in real time.