CETR Nano+Micro-Tribometer UNMT-1
The Nano+Micro-Tribometer UNMT-1 is a precision
tribometer for testing of rigid and flexible magnetic and magneto optical
media.
The UNMT will perform the following and many additional tests:
-
Overcoat scratch-resistance Testing Method (PDF) |
Micro-Scratch Module
(PDF)
- Pull-off force (vertical stiction) test Testing Method
| PDF
- Flexible Magnetic Media
studies | PDF
-
Nano-Scale Defectoscopy |
PFD
- Start-stop test at any disk radius
- Start-stop test with programmable preload
- Park-stiction test when head is resting on the disk,
then disk starts and the breakaway stiction can be measured
in both lateral and vertical directions
- Fly-stiction test, which incorporate some CSS, some
continuous flying, and some park stiction
- Drag (friction) test
- Evaluation of lubricants by mapping the disk surface
with both vertical and lateral stiction measurements
- Accelerated wear test (slow speed start-stop test)
- Stribeck curve at variable rotational speeds and loads
-
Nano-indentation |
PDF
In these tests, the UNMT can measure the following
parameters:
- Vertical and lateral stiction
- Friction force and coefficient
- Normal load
- Acoustic emission from the head/disk interface
- Electrical resistance of the head/disk contact
- Indentation/Wear
depth
Features
The UNMT is a fully automated and computerized tribology
tester with proprietary software control in a user friendly
Windows® environment
Precision spindle with variable speed options. Speeds range
from 0.001 to 7,500 RPM (custom speeds available)
Accommodates upper specimens of any shape, including sliders, row-bars, HGAs, balls, pins
Accommodates lower specimens of any shape, including magnetic and optical
disks from 0.5" up to 8"
Contact CETR for more specifications, a quotation or request a free demonstration at your site.
Micro-Tribometer Brochure
| PDF
Custom configurations are gladly provided.
All systems include installation, training, 1-year full
warranty and are backed by the best customer service in the
industry.
Published Papers
|