Makita DJN161Z 18V Li-ion LXT 1.6mm Nibbler – Batteries and Charger Not
Makita DJN161Z 18V Li-ion LXT 1.6mm Nibbler – Batteries and Charger Not Included, Blue
- Easy to operate slide type on/OFF switch with lock On function
- Anti-restart function
- Battery capacity warning lamp
- Rubberised soft grip
- Cutting capacity mild steel 1.6mm (16 glass)
- Cutting capacity stainless steel 1.2mm (18 glass)
- Cutting capacity aluminium 2.5mm (12 glass)
- 1 year manufacturer warranty with a further 2 years when registered within 30 days of purchase. This guarantee does not apply where non-genuine or recommended parts or accessories are fitted to the tool. The use of non-genuine or compatible batteries and chargers with Makita Tools will invalidate the Makita guarantee for our tools.
| SKU: | B00KPPXJK8 |
| Weight: | 1.6 kg |
| Dimensions: | 9 x 29 x 20.5 cm; 1.6 Kilograms |
| Model: | DJN161Z |
| Part: | DJN161Z |
| Colour: | Blue |
| Pack Quantity: | 4 |
| Batteries Required: | No |
| Batteries Included: | No |
| Manufacture: | Makita |
| Quantity: | 4 |
From the manufacturer
Makita DJN161Z
Benefits:
- Anti-restart function for safety, with warning lamp
- Battery capacity warning lamp
- Rubberised soft grip for comfort
Capacity:
Cutting capacity mild steel 1.6mm (16Ga)
Cutting capacity stainless steel 1.2mm (18Ga)
Cutting radius, inner edge 45mm, outer edge 50mm
DJN161Z 18V Li-ion LXT Nibbler – No batteries included
The DJN161Z is a cordless Nibbler, powered by 18V Li-ion battery (not included) to deliver up to 1,900 spm for fast, smooth cutting. Ideal for cutting roofing sheet metal at thicknesses of up to 16 gauge.
Please Note:
The Nibbler has an easy to operate slide type on/off switch with lock on function for continuous operation, built in thickness gauge for convenience and the die holder rotates 360 degrees to meet the demands of cutting direction. Easy punch and die replacement for reduced down time on a job.
The DJN161Z has a convenient chip disposal below the cutting material to minimise any damage to the cutting surface.