Fixion 2 Tying Machine
Attached to your freedom
One tool, two uses
200m spool on belt
Up to 1500 ties per spool
Small spool on tool
Up to 450 ties per spool
| REEL FEATURE | Large band | Small band |
|---|---|---|
| Maximum tying diameter – in | 1 in | 1 in |
| Length of the reel – (ft) | 650 | 200 |
| Ties per tie band – (approximate) | 1,500 | 450 |
| Battery life: Ties per charging cycle | Up to 15,000 | Up to 15,000 |
The Pellenc advantages
Each tie is tailored to suit the environmental conditions of the vine, the weight of the plant being tied and the time frame.
Standard tie
- Breaks down after 10 to 12 months of use according to climatic conditions, load, and quality of the trellising wire.
- .44 mm steel wire
- Average tie strength = 31 lb*
Belt spools – Ref.: 3057047
Tool spools – Ref.: 3057203
Stainless steel tie
- Slow disintegration. Use for cordon system vines and the installation of irrigation pipes.
- .44 mm stainless steel wire
- Average tie strength = 31 lb*
Belt spool – Ref.: 3057053
Tool spool – Ref.: 3057228
Paper tie
- Breaks down after 6 to 9 months depending on use. The paper retains moisture, which is conducive to breakdown of the tie.
- .44 mm steel wire
- Average tie strength = 31 lb*
Belt spool – Ref.: 3057049
Tool spool – Ref.: 3057204
Bio tie
- Breaks down after after 7 to 10 months.
Envelope composed of paper + corn starch-derived PLA (polylactic acid) - .44 mm steel wire
- Average tie strength = 31 lb*
Belt spool – Ref.: 3057273
Tool spool – Ref.: 3057274
Technical characteristics
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| FIXION 2 | |
|---|---|
| Weight of tying machine alone | 1.75 lbs w/integrated battery |
| Noise level (LpA)* – dB(A)) | ≤ 70 |
| Guaranteed sound level (LWA)* – dB(A) | ≤ 81 |
| Vibration level (Ah)** – m/s² | ≤ 2,5 |
| Compatibility of PELLENC ties | • |
* Values of acoustic measures according to the Directive EN 60745-1: 2009 + A11: 2010 – uncertainty according to ISO4871 = 3dB
** Vibration emission values according to EN60745-1: 2009 + A11: 2010 – uncertainty = 1.5m/s²
*** For information: the times were observed in actual working time, without taking breaks into consideration. Battery life is influenced by the nature of the work.
















