- Paperpro Stapler Instructions
- Paperpro Long Reach Stapler User Manual Model
- Loading A Paperpro Stapler
Why did your Prodigy PaperPro One Finger Stapler die?
Central Pneumatic AIR STAPLER 1/4' CROWN, 18 GAUGE 40072 Set Up And Operating Instructions Manual (13 pages) Air stapler 1/4” crown, 18 gauge contractor series Manual is suitable for 1. Paperwork can be a hassle but stapling it shouldn't be. With the Bo stitch Long Reach stapler's uniquely effortless one-finger technology, experience fast and easy, jam-free stapling for your brochures, pamphlets, binding, and more. 80% easier than standard staplers, all it takes is the press of a finger to fasten up to 25 sheets.
Possibly also known as ‘how to fix your PaperPro Prodigy One Finger stapler”
A customer dropped this stapler off because it would no longer staple. I determined it was probably not going to be economical to fix; partly because it would likely be outside of an IT guy’s expertise, and also because I could not get the bugger apart using traditional IT tools.
Rather than just bin it outright I decided to take a destructive route to disassembly first, and let F=MA plus concrete take care of that.
Paperpro Stapler Instructions
It came apart with a few sudden strikes to the garden path from 3 metres; destroying some plastic end pieces in the process.
Paperpro Long Reach Stapler User Manual Model
Anyway, the long and short of it is that this stapler uses a spring and lever to rapidly fire a metal plate onto the staple. Thus, this metal plate takes significant forces from two spring-ends that fit through holes towards it’s base, and in this instance it appears the metal plate became weakened over time and eventually broke into two pieces as shown below.
Loading A Paperpro Stapler
A skilled metalworker could probably produce a new plate, but not I.
Why did your Prodigy PaperPro One Finger Stapler die?
Possibly also known as ‘how to fix your PaperPro Prodigy One Finger stapler”
A customer dropped this stapler off because it would no longer staple. I determined it was probably not going to be economical to fix; partly because it would likely be outside of an IT guy’s expertise, and also because I could not get the bugger apart using traditional IT tools.
Rather than just bin it outright I decided to take a destructive route to disassembly first, and let F=MA plus concrete take care of that.
It came apart with a few sudden strikes to the garden path from 3 metres; destroying some plastic end pieces in the process.
Anyway, the long and short of it is that this stapler uses a spring and lever to rapidly fire a metal plate onto the staple. Thus, this metal plate takes significant forces from two spring-ends that fit through holes towards it’s base, and in this instance it appears the metal plate became weakened over time and eventually broke into two pieces as shown below.
A skilled metalworker could probably produce a new plate, but not I.