Description
NEW Titanium Maestro
A New Era in
Multi-Axis
Motion Control
The Titanium Maestro redefines motion control, meeting the demands of machine builders who require high performance, speed, accuracy, and robustness. Designed for the most demanding applications, it offers a cutting-edge real-time EtherCAT communication with advanced multi-axis management capabilities.
Powered by a quad-core CPU in a fanless, passively cooled unit with extensive memory, the Titanium Maestro achieves an industry-leading 100µs EtherCAT cycle time for 16 axes—setting a new standard in performance.
With graphical capabilities, advanced C++ and Python programming, and real-time programming support, the Titanium Maestro stands in a league of its own, empowering next-generation motion control solutions. ‘Software in the Loop’ (SIL) support, further streamlines development and accelerates validation of complex automation systems.
Titanium Maestro Highlights
- Graphical Interface via Display Port with Linux OS (optional)
- C++ and Python programming
- MWA – Maestro Web Application
- Enhanced CPU
- Quad Core 1.9 GHz
- Up to 16GB RAM, 64 GB FLASH
- Dedicated Cores for Real Time tasks
- Powerful 16-axes control @ a cycle time of 100 uSec
- Controlling capabilities of up to 256 axes
| Category | Description |
|---|---|
| Computational Core System | Quadcore, 4 x 1.9 GHz |
| RAM / Flash | Up to 16 GB RAM / 64 GB Flash |
| uSD Card / Socket | For added on memory |
| Cores | Dedicated Cores for Real Time tasks |
| Axis Management | Up to 256 Axes of Motion |
| EtherCAT Cycle | Minimum cycle time – 100 uSec (Limited to 16 axes) |
| Connectivity | Rich Host Connectivity Support (TCP/IP , Ethernet/IP, Modbus) |
| Programming | Python, C/C++/C# Blockly – Plan your machine sequence via graphical blockly building blocks Programs can run either on theTarget, or remotely (over TCP/IP) |
| Kinematic Support | Built-in Kinematic Support (MCS, ACS, PCS) for various Robot Types: Scara Robots , Delta Robots, Hexapod etc… |
| Gearing | ECAM and Smart Gearing |
| Remote Visualization & Monitoring | via our MWA – Maestro Web Application |
| Polynomial Motion | High Order Polynomial Motion (Jerk and snap limited motion profilers) |
| SIL | Software-in-the-Loop (SIL) - Automatic MATLAB/ SIMULINK Conversion for Deterministic User Real Time Programming |
| EtherCAT | Automatic EtherCAT Configurator Files over EtherCAT (FOE), EoE for Easy Drive configuration |
| On The Fly Corrections | Flying Vision – on the fly trajectory corrections |
| Network Management | Network health and diagnostic management |
| Error Mapping | 1/2/3D On The Fly Error Mapping Support |
