QuickTest
Universal Testing Machine
Overview
Designed as a stand-alone, simple to use testing system up to a maximum of 2.5 kN for a diverse range of applications from apparel and non-wovens to rubber and non-textile materials.
QuickTest comes in 3 different capacity ranges and travel options, with interchangeable force gauges. Ideal for high elongation low force testing.
Features
Interchangeable Tools
We can offer a wide range of accessories and grips for a variety of testing, including button pull-off fixtures, grab test fixtures and compression plates. Please contact us for more information on the accessories available.
Instant display of results
The end test results are clearly displayed on the inbuilt control panel, providing a range of information including the maximum speed, displacement force applied and the load.
3 Models Available
QuickTest can be supplied as 3 different models - 2.5kN, 1.0kN and 0.5kN, for different capacities of testing.
Return to start position
QuickTest users have the option of setting the instrument to return to its start position for repetitive testing regimes. This feature reduces set up time, with operators having the option to run the same test cycle a total of 9999 times before needing to re-input any settings.
Material / End use
Textiles
Buttons
Poppers & Fasteners
Cosmetics
Plastics
Medical Textiles
Technical Specification
| Conditioned atmosphere recommended | Yes |
|---|---|
| Positioning | Bench standing |
| Space requirements | |
| QuickTest 0.5kN | Depth 41.4cm |
| Width 29.0cm | |
| Height 171.0cm | |
| QuickTest 1.0kN | Depth 41.4cm |
| Width 29.0cm | |
| Height 151.0cm | |
| QuickTest 2.5kN | Depth 41.4cm |
| Width 29.0cm | |
| Height 94.1cm | |
| Approximate net weight | |
| QuickTest 0.5kN | 26kg |
| QuickTest 1.0kN | 25kg |
| QuickTest 2.5kN | 24kg |
| Power | |
| Voltage | 230 V AC 50 Hz / 110 V AC 60 Hz |
| Maximum Power Requirements | QuickTest 0.5kN 120W |
| QuickTest 1.0kN 200W | |
| QuickTest 2.5kN 250W |
Standards
ISO
- ISO 13934-142
- ISO 2062-2009
CEN
- CEN/ TR 16792