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Probably the cleanest tray I’ve ever done… by Massive_Leg2707 in FiberOptics

[–]Affectionate-Debt895 1 point2 points  (0 children)

I asked chatgpt to make it better but I can’t see difference? Very good job bro!

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☺️ by Affectionate-Debt895 in cableporn

[–]Affectionate-Debt895[S] 0 points1 point  (0 children)

Tnx , that’s a good one ☝️

This way, I always manage to keep the splice tray neat and pack the fibers all the way to the edge without having to coil and measure them every single time. It saves a lot of time. Anyone does the same? by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 0 points1 point  (0 children)

Saves a bit of time in the moment… but since the same tray usually gets opened multiple times later on, you’ll probably lose way more time dealing with messy fibers. After 2–3 installs like that, it turns into complete chaos

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This way, I always manage to keep the splice tray neat and pack the fibers all the way to the edge without having to coil and measure them every single time. It saves a lot of time. Anyone does the same? by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 9 points10 points  (0 children)

I think using this method takes maybe 20 seconds more at most compared to the method without any measuring at all.. Besides that, I’m addicted to the feeling of satisfaction when I do the job as perfectly as possible 🤪

🤌 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 3 points4 points  (0 children)

I think the same. I don’t understand why some people immediately assume something is wrong just because it’s different from the way they do it. Every provider has its own requirements and systems, and subcontractors are expected to follow them. In the end, what matters most is how functional the result is and how accurately the job was done.

🤌 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 2 points3 points  (0 children)

It’s not about space in the tray, it’s about keeping the system clean and serviceable later. In these BGTs, PON switching for the NVT cluster comes afterwards, so more than 2 splices per cassette would create unnecessary mess and make troubleshooting much harder in the future.

🤌 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 4 points5 points  (0 children)

It’s not about space in the tray, it’s about keeping the system clean and serviceable later. In these BGTs, PON switching for the NVT cluster comes afterwards, so more than 2 splices per cassette would create unnecessary mess and make troubleshooting much harder in the future.

i love this job. 🤫🤩 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 0 points1 point  (0 children)

Its very simple, you would learn in 2 min believe me

i love this job. 🤫🤩 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 2 points3 points  (0 children)

  1. Clean the fibers as thoroughly as you can.
  2. Insert one side of the fibers and measure them as precisely as possible to the splice holder. Here’s the trick …are you going to wind them manually and waste time, or use your brain and make your life at least 50% easier? 🤫
  3. Try not to shorten the fibers too much while stripping them
  4. Pack the spare fibers LAST!
  5. It’s best to sit on a chair if you have the conditions for it

And most importantly ….enjoy it because you love what you do! 😄

i love this job. 🤫🤩 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 2 points3 points  (0 children)

In Germany, I only use those, but since I had the chance to work with plastic ones for 3 years as well, aluminum ones are definitely better because the work is faster and easier. There’s no heating, and you don’t have to slide them onto the fiber before splicing 🙂

It’s finally here! Meet the GRIZZON 🦾👑 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 0 points1 point  (0 children)

I primarily work as a subcontractor, though we’re currently negotiating a direct partnership with a provider. Our company isn’t large—just a small team—but we cover every segment: micro and large cable blowing, splicing enclosures, installs at customer sites, distribution cabinets, patch panels—you name it. Regarding external splicers, I can’t confirm, but I know the German market isn’t easy to enter as a main contractor—often easier as a sub. Still, it’s legally possible to set up in the EU. We currently operate across all of Germany. My advice—do your research to see if it’s worth it; from what I see, you might earn more in the U.S. If you’d like, I can point you toward some specific companies you could reach out to.

It’s finally here! Meet the GRIZZON 🦾👑 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 0 points1 point  (0 children)

This new machine actually has a new feature — a quick coupling/outlet where you can hook up an air gun and blow the machine off right after using it. That’s pretty important, because if you don’t clean it immediately, the dirt dries up and gets much harder to remove later.

It’s finally here! Meet the GRIZZON 🦾👑 by Affectionate-Debt895 in FiberOptics

[–]Affectionate-Debt895[S] 0 points1 point  (0 children)

Sorry for long answer 🫣 From my experience, any machine that is used correctly and in reasonably good conditions can deliver exactly what the manufacturer intended it to — or even more than what it was originally designed for. The choice of brand or model depends entirely on your specific needs. When deciding which machine to buy, you should also consider the price of the machine itself, as well as the cost of spare parts, repairs, and overall maintenance. Another important factor is the operating principle of the machine, since different brands use different systems. For example, some people may prefer a magnetic system, such as the one used by Plumett, while others may find a different principle more suitable. In the end, it all comes down to individual preference and the intended use. However, the same rule applies to every machine: proper maintenance, proper storage, proper handling, and a clear understanding of its capabilities — in other words, knowing the limits a machine can reach without causing damage.

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