Scanner
manufacturers
supported


Scanner types
supported

LaserLinc
Single, Dual, & Triple Axis
Keyence3000 Series
Single Axis
LaserMike
Single & Dual Axis
Mitutoyo
Single Axis
Takikawa
Single & Dual Axis
Z-Mike
Single Axis
Zumbach
Single & Dual Axis
Zygo
Single Axis

Please contact us if the scanner you are using is not listed here. It does not mean you will not be able to use our card. We are constantly expanding our product line.

See Also:

The TLAser400 card's compatability modules are designed to support micrometers from other manufacturers as well as all LaserLinc models. The modules may be mixed to connect several micrometer brands and models with the same card. This innovation allows you to attach up to four different makes of micrometers to just one TLAser400 card.

Regardless of your needs, a LaserLinc measurement system offers the flexibility to choose the laser micrometer you prefer for each online inspection point.

All laser-scan micrometers operate in fundamentally the same way, but different micrometer manufacturers employ different signals to transfer the information about a measurement to their processor. LaserLinc employs special circuitry on each compatibility module to translate the signal format received from the micrometer to the TLAser400 card’s own format. Measurements from all inspection points are then processed through the rest of the card and accompanying software in LaserLinc’s standard format.

Measurement data from all the supported micrometers can be treated identically. It also means operators and engineers need to master only one system regardless of the mix of micrometers on the plant floor. The compatibility modules are a direct interface—not a serial port interface—to each micrometer. This direct connection eliminates the need for expensive processor technology.

And, because the TLAser400 card is a direct interface to the micrometer, with measurement data being transferred directly to the PC over the PCI (or ISA) backplane, a modern PC can generally support single-scan measurements from multiple scanners--even in multi-strand applications.