The powerful P-System biscuit joiner for cordless freedom.
For the fast, form-locking anchorage of all P-System connectors in all angles;
Thanks to the cordless freedom, there are no tripping hazards during daily use;
The automatic vertical movement creates a profile groove enabling insertion of the connectors by hand.
Description:
The cordless Zeta P2 is the profile biscuit joiner for even faster joints, suitable for use with P-System connectors. It is used to create the form-locking P-System groove within seconds, and is even more flexible to use thanks to its battery drive. The integrated vertical mechanical drive is automatically triggered at the maximum cutting depth and performs a lateral cutter movement for the P-System groove. Connectors with various functions and different sizes can now be inserted into the form-locking P-System groove without the need for any tools.
See In Action:
Product Information:
CAS Battery Pack:
Powerful 18V LiHD battery pack from the CAS battery system, in two sizes with 4.0 Ah or 5.5 Ah.
Wood Elements:
Use Zeta P2 for standard wooden biscuits by rotating the P-System depth adjuster to OFF to switch off the vertical mechanical drive. The 7 mm. P-System cutter is replaced with the 4 mm. groove cutter.
Multifunctional Stop Square:
In addition to vertical stability resulting from the larger contact area, the stop quare enables variable adjustment of the groove position, 0-50 mm.
P-System Vertical Mechanical Drive:
The vertical mechanical drive consists of highly precise rotary parts supplied by Lamello. It creates an eddy current, driving the stroke movement.
P-System Depth Adjuster:
Extremely fast rotation to set different depths for the P-System joining elements: 10, 12, 14, 15 or 18.
P-System Anchorage:
Tool-free anchoring of connectors, without adhesive or screws.
Swivelling Front Stop With Fixed Pivot Point:
Join reliably with the cutter which is in the exact center between to two application surfaces.
Technical Information:
Voltage (V): 18 V.
Power (W): 1050 W.
Speed (U/min):9’000 minˉ¹
Teeth: Z3 (Diamond-Cutter)
Cutting Depth Max: 20 mm.
Weight (kg):
3.7 Kg. Incl. Battery 4.0 Ah.
4.1 Kg. Incl. Battery 5.5 Ah.
The powerful P-System biscuit joiner for cordless freedom.
For the fast, form-locking anchorage of all P-System connectors in all angles;
Thanks to the cordless freedom, there are no tripping hazards during daily use;
The automatic vertical movement creates a profile groove enabling insertion of the connectors by hand.
Description:
The cordless Zeta P2 is the profile biscuit joiner for even faster joints, suitable for use with P-System connectors. It is used to create the form-locking P-System groove within seconds, and is even more flexible to use thanks to its battery drive. The integrated vertical mechanical drive is automatically triggered at the maximum cutting depth and performs a lateral cutter movement for the P-System groove. Connectors with various functions and different sizes can now be inserted into the form-locking P-System groove without the need for any tools.
See In Action:
Product Information:
CAS Battery Pack:
Powerful 18V LiHD battery pack from the CAS battery system, in two sizes with 4.0 Ah or 5.5 Ah.
Wood Elements:
Use Zeta P2 for standard wooden biscuits by rotating the P-System depth adjuster to OFF to switch off the vertical mechanical drive. The 7 mm. P-System cutter is replaced with the 4 mm. groove cutter.
Multifunctional Stop Square:
In addition to vertical stability resulting from the larger contact area, the stop quare enables variable adjustment of the groove position, 0-50 mm.
P-System Vertical Mechanical Drive:
The vertical mechanical drive consists of highly precise rotary parts supplied by Lamello. It creates an eddy current, driving the stroke movement.
P-System Depth Adjuster:
Extremely fast rotation to set different depths for the P-System joining elements: 10, 12, 14, 15 or 18.
P-System Anchorage:
Tool-free anchoring of connectors, without adhesive or screws.
Swivelling Front Stop With Fixed Pivot Point:
Join reliably with the cutter which is in the exact center between to two application surfaces.
