Precise measurement solutions for advanced industry

Exclusive representation of Micro-Epsilon in Israel | High-precision industrial sensors and measurement systems

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News and updates

Elina Technologies appointed distributor of a new profile scanner range

The agreement covers the full range of 2D and 3D profile scanners, with local stock and calibration in our own lab in Azor.

14 Aug 2026 Read: Elina Technologies appointed distributor of a new profile scanner range
Calibration lab extends its accreditation scope

Our ISO 9001 lab now also covers pressure calibration up to 4000 bar, alongside distance and temperature.

2 Jul 2026 Read: Calibration lab extends its accreditation scope
New confocal controller reaches 25 kHz

Nanometre-level measurement is now fast enough for moving webs and rotating parts, not just static inspection.

18 Jun 2026 Read: New confocal controller reaches 25 kHz

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The industries we serve

The most precise and advanced measurement equipment in the world, matched to the most demanding requirements of modern industry.

Our technology is built into the leading manufacturing and research processes in Israel and around the world.

Colour and gloss

Colour judged in a light booth is colour judged after the fact. In-line spectral measurement holds dE tolerance during production, and that is the difference between rejecting a batch and never making it.
Displacement and distance

Displacement is the most crowded category in measurement, and the right sensor is decided by the target material and the environment far more than by accuracy. This is how the five technologies we supply really differ, and where each of them stops working.
Profile and geometry

A point sensor gives one number, a line scanner gives a cross-section, and a snapshot sensor gives a whole surface. Cost and cycle time rise in the same order, so the useful question is what the smallest measurement is that answers your real inspection question.
Temperature

An infrared thermometer measures radiation, not temperature, and converts between the two using an emissivity value. Set that value wrong and a perfectly good instrument reports a wrong number with complete confidence. We match the optics and tune the emissivity against your real material.
Thickness

Thickness is measured either with two sensors facing each other on opposite sides of the material, or by reading both surfaces of a transparent layer with one sensor. Which method fits depends entirely on whether the material is transparent, and getting that wrong is the most common specification error in the category.