Wonderful Cutting Process of NYLON Gear Sprockets || How It’s Made in Factory

[@davidheidary7124]

Nice. Should put a washer or something under the lower one so the bottom of the part cuts cleanly. 👍

[@DrFiero]

And then... NOT toss it on the floor. :D

[@danneumann3274]

@@DrFiero they have a floor fetish, Everything must be tossed on the floor.

[@catranger01]

I haven't seen a Fellows gear shaper since my days at SUNY Farmingdale when we used a WWII government surplus one that came from Grumman.

[@srfurley]

Aren’t they still used for cutting internal gears?

[@Qasim-t4y]

Sar aap commotetr bhi bna skte he

[@balajidoraiswami4180]

What is so special in machining Nylon?

[@almaxie342]

Looks like a BOEING AIRPLANE FACTORY.

[@mreza84]

😊😅😂😂

[@bumsiltech]

it is called Labor Intensive Business

[@ajaipal1]

But these people seem to know what they are doing 😮.

[@user-li8oq3om9o]

Mould cast is much easier and appropriate

[@A2Z1Two3]

" Home/ Blog/ Nylon: The Miracle Plastic ARTICLE 7 January 2020 Nylon: The Miracle Plastic  The History of Nylon The creation of nylon in 1935 brought with it the advancement of many traditional products. From toothbrushes and stockings to tires and rope, nylon has long been referred to as the “miracle fiber” because of its amazing multi-purpose fibrous form. However, there’s more to nylon than the synthetically manufactured fibers produced in a lab. This plastic can be morphed into a variety of other shapes, including general-purpose cast and extruded nylon. Recognizing nylon solely for its fibrous versatility would be doing it a disservice. Instead, nylon should be referred to as the “miracle plastic” because of its capabilities in almost every industry. In this article, we will focus on why cast and extruded nylon should be considered for your projects and how analyzing the differences between the two could help improve your production. An Expert is just around the corner. With over 100 years of combined product knowledge and industry experience, we are confident our plastics experts can help you find a solution for your application. Let's Talk Understanding Cast and Extruded Nylon Nylon is one of the most popular engineered thermoplastics in the world. This versatile material is used in many industries and countless applications. Two common types of nylon plastic material are cast nylon and extruded nylon. While these materials share many similarities, they also have important differences. Understanding these differences will help you choose the right nylon product for your needs. Why Choose Nylon Plastic Material? Nylon is widely used because of its excellent benefits and mechanical properties. It is tough, strong, and has a low coefficient of friction, which means it reduces wear and tear when used in moving parts. Nylon plastic material is also a cost-effective solution. Compared to materials like metal or rubber, nylon parts are less expensive, making them ideal for budget-friendly projects. Advantages of Cast Nylon Although cast and extruded nylon are very similar, cast nylon does hold a few advantages over its extruded counterpart: Cost Efficiency: Cast nylon is usually cheaper to produce, especially for larger or more complex parts. This makes it a great option for large-scale projects. Lower Stress Levels: Cast nylon materials naturally have lower internal stress compared to extruded nylon. This means they are easier to machine or fabricate, have better dimensional stability, and offer higher tensile and compressive strength. Heat Resistance: Both cast and extruded nylon can handle high temperatures, but cast nylon has a slightly higher operating temperature. If your project involves heat-sensitive parts, cast nylon may be the better choice. These qualities make cast nylon ideal for applications that require durability, precision, and reliability "

[@robertskelton2576]

Looks like acetal , brand name Delrin.

[@geniusloci1354]

Polyamide (caprolon)

[@balajidoraiswami4180]

This is not acetal, it is Nylon (polyamide)

[@oneyaker]

I always use coolant for soft plastics!

[@nomanrafiq1000]

The coolant is for the blade when it rubs against the guide. You can see the blade is horizontal on the pulleys and then it changes angle to vertical so it rubs againt the guides where it need lubricants.

[@PVC_Wall_Panal_SHEETS]

Nice

[@MirzaG-mj2kc]

❤

[@neilstewart263]

We had better machines when I did my apprenticeship in the sixties. No guards either.

[@jesimss]

You want a cookie? 🙄

[@jesimss]

@@bill3641 That’s all you got ?