I appreciate this answer very much an agree completely.If you can do good work with cheap tools, then they are good tools.
As a fan of good tools, I like to look at what is on offer.
There are relatively few special tools for camera repairs, so electronics is a related field, for which there are tools in the right small size.
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I recently received this inexpensive set of electronics pliers from Brüder Mannesmann, Germany, which I really enjoy working with. The pliers are high quality, fit well in the hand, and there are shapes that I have never seen before.
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The small combination pliers in particular are a highlight for repair work, and complement my standard combination pliers from Knipex:
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Elektronik-Zangensatz 8-tlg.,
rutschfeste Griffefeingeschliffener Kopfleichtgängiges GewerbeIn praktischer Reisverschlusstasche40x27,5x26,5Mit rutschfesten Griffen und einem feingeschliffenen Kopf liegt er perfekt in deiner Hand und ermöglicht präzises Arbeiten. Dank des leichtgängigen Gewerbes bewältigst du jede...www.br-mannesmann.com
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I appreciate this answer very much an agree completely.
I'm working in a similar way.
Additionally I build my own tools, sometimes out of broken other tools or crap.
Andreas:
If you can do good work with cheap tools, then they are good tools.
Charley
I own an identical-looking tool sold under the Velleman name. I wish that the spring hadn't broken off, but for my purposes, it's still useful.
Tool geekery, can become it's own rabbit-hole. My new bench power supply is not the latest from Rhode & Schwartz, but rather, it's a palm-sized thing from Alientek. And for my purposes, I think it will work just fine. Some of my most useful camera-repair tools are home-made, including flexiclamp wrenches that I cut from scraps of metal or fiberglass, or miniature spanner wrenches that I designed in FreeCAD and 3D printed on an old entry-level 3D printer (but it works!).
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Daiso is a Japanese chain of "100 Yen Stores", though in their USA stores, it's closer to 1.79 USD. Which is what I paid for one of my latest tools. They even illustrate it being used as a camera spanner wrench, and it certainly seems sturdy enough, but that's not what I bought it for.
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Well, the Chinese most likely copied a set of someone's high quality pliers. As a result there should be two sets identical in appearance, but not in performance, being sold.
That said, the quality of 'Made in China' products has increased dramatically over the years so a set bought a dozen years ago and a set bought now are probably made from different steels.
The best pliers and cutters I have were both made in Sweden by either Lindstrom or Vigor.
Against that standard I have found the stamped steel tools made by Xuron and a whole host of imitators to be excellent. I have some Italian clones sold by Hakko that are a match for the originals. Available from Amazon and just about everyone else.
For servicing (and the engineering development of) modern electronics a set of SMD soldering, and maybe more importantly, desoldering tools is necessary. Again, I use Hakko products. There are also Chinese copies of Hakko products at far lower prices that may be more suited to hobby use.
Desoldering tweezers, with a good selection of tips, are needed for discrete and SOIC components and other parts with exposed solder joints. Trying to remove and replace components with hidden solder joints, like BGA packages, requires skills I never acquired. My solution was to find a good technician who moonlighted.
My main pair of pliers was passed from my grandfather to my father to me. They're a little bent and I don't know what they're made of, but they've gotten good use for almost 100 years now.
Daiso is a Japanese chain of "100 Yen Stores", though in their USA stores, it's closer to 1.79 USD. Which is what I paid for one of my latest tools. They even illustrate it being used as a camera spanner wrench, and it certainly seems sturdy enough, but that's not what I bought it for.
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- For extreme demands on cutting pliers caused by hard or tough materials, e.g. piano, nickel, tungsten and diode wire, such as those used more frequently in the electronics and aerospace industries
- Always the right cutting tool, even with the hardest material
- Precision carbide metal cutting edges soldered into forged blanks
- Sturdy, zero-backlash box joint
- Hardness of the carbide cutting edges 80 – 83 HRC
- Pliers with carbide metal cutting edges have a substantially longer service life than such with conventional cutting edges
- Constantly reliable cutting results due to the avoidance of cutter deformations caused by overloading
- High cost saving due to longer service life of the pliers
- Electrically discharging handles - dissipative
Staying within the design use parameters of your tools will help to ensure that they are in good shape the next time you use them. Bending, forming, and cutting material that the tool was not rated for is the fastest way to damage or even destroy it.
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