I got a dinky electronics repair kit that included a wide range of those bits and god DAMN. It feels like they outperform phillips heads on phillips fasteners.
Probably. I find a JIS driver is, for the most part, slightly better for a lot of what I do.
The main thing I’ve found is you dont want too much of a point on the bit end. Too pointy and the driver will just wobble on the point and strip everything out.
JIS is more common on Japanese machines, ie Japanese cars and motorcycles. When I was a bike mechanic you used JIS for Shimano derailleur adjustment screws. Even tho a Phillips “fit” it would destroy the screw.
I actually can’t tell them apart from sight truth be told, but I’m also not wrenching anymore (not to mention the cycling industry largely moved on to hex and torx)
No mention of JIS which is yet another “fuck Phillips” argument
I got a dinky electronics repair kit that included a wide range of those bits and god DAMN. It feels like they outperform phillips heads on phillips fasteners.
Does that mean that I’m using a Phillips driver on things that are actually JIS? A lot of electronics are Japanese.
Probably. I find a JIS driver is, for the most part, slightly better for a lot of what I do.
The main thing I’ve found is you dont want too much of a point on the bit end. Too pointy and the driver will just wobble on the point and strip everything out.
Yup one of the first things I learned in computer repair is that a mostly flattened Philips works way better
JIS is more common on Japanese machines, ie Japanese cars and motorcycles. When I was a bike mechanic you used JIS for Shimano derailleur adjustment screws. Even tho a Phillips “fit” it would destroy the screw.
I actually can’t tell them apart from sight truth be told, but I’m also not wrenching anymore (not to mention the cycling industry largely moved on to hex and torx)