Paslode IM350+ Lithium Gas Cordless Framing Nailer
The Paslode IM350+ Li-ion cordless framing nailer has been the market-leading tool in timber to timber construction for the past 30 years. It is ideal for professional tradesmen and has proven, unrivalled gas technology, providing a high performing and reliable nailer that is only surpassed by the IM360Ci. Designed to have perfectly distributed weight for a well balanced tool allowing longer work periods with minimal user fatigue. The Li-ion battery is quick charge and provides up to 9000 shots per charge, meaning, 200 shots in just 2 minutes. It has a multi-angled teeth nose probe which provides additional bite, inturn, preventing tool sliding and ensuring positive placement in timbers. It is designed with a non-slip soft grip handle giving the user added comfort. The IM350+ also has an easy to use pinch and slide depth of drive adjustment. Supplied with the nailer, a carry case, Li-ion battery, charger, safety glasses, Allen key, instruction manual, safety instructions and a CE Declaration of conformity. Not supplied with lubricating oil.
Features and Benefits:
- Unrivalled gas technology performance from Paslode.
- Quick charge Li- ion+ battery.
- Multi-angled teeth nose probe provides an additional bite.
- Non-slip soft-grip handle gives added user comfort
- Easy to use pinch and slide depth of drive adjustment
- Dual-action rafter and belt hook.
Technical Specifications:Eurocode - 905900
Product weight with battery - 3.3kg
Dimensions - 370 x 305 x 110mm
Nail Range - 51 - 90mm
Impact Force - 82J
Max cycle rate per sec (fixings) - 2 - 3
Max. cycle rate per hour (fixings) - 1,000
Magazine capacity - 55 nails (1 strip)
Fuel Cell Capacity - 1,100 shots
Fixings per battery charge - 9,000
Battery charge time - 90 mins
Supplied With:1 x IM350+ Lithium Gas Cordless Framing Nailer
1 x High impact carry case
1 x Li-ion+ battery
1 x Li-ion battery charger
1 x Safety glasses to EN166:F
1 x Allen key
1 x Instruction manual
1 x Safety instructions
1 x CE Declaration of Conformity