The configuration of large, laser-based experimental and production systems can change dramatically as equipment is added, modified, and removed. Because traditional vibration isolation tables cannot physically accommodate the necessary changes, a new table is often needed with each major design iteration. As a result, table costs are a major factor driving system modification. A modular table system, however, provides a more practical and cost-effective alternative for large systems that need more reconfiguration flexibility than traditional table systems can provide.
The modular table system was originally conceived by Christopher P. J. Barty, director of high-intensity laser science at the University of California at San Diego. The first modular system, installed in November 1994, is the foundation for an ultrafast laser that is designed to produce sub-20-fs pulses with peak intensities in the tens of terawatts. Several research teams will use the laser simultaneously for their projects, so the modular design allows each team to “build out” a section of the table to fit its special requirements. As each team completes its project, the next team to occupy the same area can reconfigure the table to suit its particular needs.

The configuration of large, laser-based experimental and production systems can change dramatically as equipment is added, modified, and removed. Because traditional vibration isolation tables cannot physically accommodate the necessary changes, a new table is often needed with each major design iteration. As a result, table costs are a major factor driving system modification. A modular table system, however, provides a more practical and cost-effective alternative for large systems that need more reconfiguration flexibility than traditional table systems can provide.
The modular table system was originally conceived by Christopher P. J. Barty, director of high-intensity laser science at the University of California at San Diego. The first modular system, installed in November 1994, is the foundation for an ultrafast laser that is designed to produce sub-20-fs pulses with peak intensities in the tens of terawatts. Several research teams will use the laser simultaneously for their projects, so the modular design allows each team to “build out” a section of the table to fit its special requirements. As each team completes its project, the next team to occupy the same area can reconfigure the table to suit its particular needs.