With the Revolving Measurement Unit (RMU), XYZTEC offers an unique multiple load cell cartridge for measuring all kinds of horizontally and vertically tested bonds, using pull, peel, push or shear methods; either destructive or non-destructive. The key point is the automatic selection of the pull or shear tool and corresponding measurement sensor by software. Typical applications include wire pull testing using a hook, solder ball pull testing using tweezers, gold wire ball shear, solder ball shear, die shear testing as well as full automatic testing.

The RMU is equipped with a built-in 360° rotary motor for manual or automatic tool alignment of the pull hook to the sample under test. The maximum load of the RMU is limited to 40kgf for all four sides. If higher forces are required to measure, we offer our separately sold single Measurement Units, which are capable of loads up to 500kgf.
An RMU has up to four sensors or load cells mounted. The Condor software automatically detects what measurement unit is installed on the system and knows even when to rotate the RMU into the correct measuring position automatically within a few seconds. The operator benefits as he does not have to change test tools or load cartridges manually, which is a major cause for defects when using single load cell cartridge, as with our competition.
With the RMU mounted on the Condor platform, XYZTEC offers a unique possibility to provide fully automatic execution of pull and shear tests on one sample, without the need for operator invention. The advantages are clear: constant high UPH, improved repeatability and reproducibility and therefore increased Cpk results.

As the 16-bit AD circuitry is located inside the RMU, the connection to the Condor platform is pure digital. This provides a very robust, reproducible and accurate way of measuring. The serial number, manufacturing data and calibration data is stored in flash memory inside to offer full traceability according ISO-9001.
| Available measuring sensors | Software selectable force ranges |
| Pull 2N | 50gf, 100gf, 200gf, 400gf, 800gf |
| Pull 20N | 500gf, 1kgf, 2kgf, 4kgf, 8kgf |
| Pull 100N | 2.5kgf, 5kgf, 10kgf, 20kgf, 40kgf |
| Shear 2N | 50gf, 100gf, 200gf, 400gf, 800gf |
| Shear 20N | 500gf, 1kgf, 2kgf, 4kgf, 8kgf |
| Shear 100N | 2.5kgf, 5kgf, 10kgf, 20kgf, 40kgf |
| Sensor accuracy | ±0.1% of nominal force range |
Specifications subject to change without prior notice.
For higher forces, please choose a dedicated pull & push or shear unit.
Did we catch your attention? Please contact us for more information or to request a demonstration or a quotation.
To find your local representative, please select a region:
| 06..07 | Mar | IMAPS Device and Packaging 2012 |
| 08..09 | Mar | Fraunhofer Institut IWM - Opening CAM |
| 20..22 | Mar | Semicon China 2012 |
| 11..13 | Apr | Photonix 2012 |
| 16..19 | Apr | CICMT 2012 (IMAPS) |
| 02..04 | May | Semicon Singapore 2012 |
| 08..10 | May | PCIM Europe 2012 |
| 08..10 | May | SMT Hybrid Packaging 2012 |
| 15..17 | May | SENC PV Power |
| 15..16 | May | Semicon Russia 2012 |