iSpace



iSpace is a revolutionary large volume metrology and tracking system that can adapt and grow to suit a wide range of metrology and manufacturing uses.
Customers can choose from a variety of standard system configurations and options to adapt iSpace to aerospace, automotive, ship building and heavy industry applications.
SCALABLE
iSpace has the unique ability to adapt and grow to suit the application requirements. Options are available to add dynamic tracking, high accuracy capability and third party applications from Delcam, NI, NRK and Verisurf.
ACCURACY
iSpace can be configured to ensure that its accuracy profile is uniform throughout the entire volume of the cell.
ROBUST
iSpace is much more robust than traditional laser based metrology tools. iSpace can be confi gured to ensure that redundancy is built-in.
MULTI-TRACKING
iSpace can track multiple objects in the cell simultaneously. This capability makes iSpace uniquely suited to tracking and managing parts, tools and automated guided vehicles (AGVs) in a manufacturing environment. Ideal for automation of traceability requirements.
MULTI-USER
iSpace has the unique ability to serve multiple users with many devices enabled, all at the same time. A variety of metrology devices such as probes, arms and laser radars can be enabled in an iSpace cell simultaneously
ACCURACY
iSpace can be configured to ensure that its accuracy profile is uniform throughout the entire volume of the cell.
BENEFITS
iSpace delivers significant value, often cost justifying the system purchase based on the first deployment
- Perform accurate part inspections in-line with manufacturing and assembly with near zero start-up time per part and per cycle
- Measure part position and as-built conditions on a large scale for feedback to automated assembly and guidance applications
- Easily and accurately track other Metris iGPS enabled metrology products in a common reference frame to significantly extend their capacity
AT A GLANCE
iSpace leverages Metris iGPS networks to provide large volume metrology and tracking
- Measurement uncertainty is consistent within the entire volume, independent of range
- Eliminate additional error stack and measurement uncertainty by avoiding the traditional “leap frog” approach
- Multiple tools, parts and probes can use the cell simultaneously; parallel architecture allows for virtually continuous data acquisition
- System architecture enables continuous health and self-diagnostic capabilities