Personlized Products Modular Belts P=2″ Belt Har 800 anti-skid flat top Supply to Juventus

Har 800 anti-skid flat top     

Thickness: 16mm 

Our company passes ISO9001:2000 quality system. We use standard POM material so that our products have some advantages as follows:
1. Easy installation
2. Good plastic rubber material, best service
3. resistant to corrosion and friction
4. Wear resistant
5. High quality and most competitive price
Our products are mainly used in the following aspects:
For the container manufacturing industry special products and materials are available, such as abrasion resistant polyamide for glass plants, vacuum chains for can making and gripper chains for vertical transport.
For food industry applications modular belts and components are used in deboning, grading and trimming lines for meat, poultry and seafood. A wide range of products is also offered for blanchers, cookers, washers, coolers and processing lines in fruit, vegetables, bakery, confectionary etc. And many more products are available for the handling of packed food.
In automotive industry the products are engineered to meet the most demanding applications, such as rubber processing and tire handling. 

The BK Skinner started out life as a humble Stihl lawn edger blade that I used one time to make a knife because I was not sure I would like the profile and did not want to use a piece of expensive steel to try it out. It has since become one of my more popular profiles. Later I expanded on it by designing a skeletonized version.

I started Knife making as a project to make a personal gift for each of my children. The first three knives that I made with hand files to do the shaping of the bevels. This is a long labor intensive process. I did make a wooden bevel filing jig which helped me keep the bevels at the desired angles.

After make the first three knives I decided that for the rest of the knives I would get an inexpensive grinder to speed the process along. I found a Delta 1″ x 42″ sander on craigslist for $100.00 and bought it. Using this grinding I was able to shave 18 hours off of the time it was taking me to make a knife.

I used the small belt sander to make the rest of the knives. When I was done I realized that I had really enjoyed learning how to make knives and the work involved in making them. But I was not too interested in spending very long times to make them. So I determined to upgrade my equipment. The cost of purchasing the desired equipment was more than I was willing to spend. The other choice available was to build it myself. I already had the skills to build it and had several of the key components sitting around the garage unused. I researched for a while to see what level of performance I wanted from my 2″ x 72″ sander build. It needed to have plenty of power for heavy stock removal tasks, I wanted it to have speed so I could build knifes quickly and finally it must be versatile so I could use it to do all of the specific types of grinding that may be required in knife making. It turned out fantastic. I have a series of the sander build on my channel if you care to see the design and build.

Next I felt I needed to improve my skills in the area of knife design and production so I could control the cost of my knives to a point that would be affordable to a larger group of potential customers. This meant that for some of my designs I would use CNC machines to do work that I could not do at a comparable price. In order for this to be possible I would need to learn how to get my ideas into CNC compatible format. To make this happen I started learning CAD with DraftSight. It was not nearly as hard as I thought it would be and I kick myself for not learning it much sooner. The CAD use has opened up an entirely new universe of creative options for me as a knife maker. I am not an expert with it by any means but I have been able to use it well enough to come up with some fantastic profiles that can then be economically cut on a CNC laser.

I also outsourced the heat treatment process’s. The steels that I use are often referred to a super steels. They require very specific and sometimes complex conditions for proper heat treatment. The temperature ranges for getting best properties are very narrow. Some of them need to be heated in an oxygen free environment to near 2000 degrees then quenched and tempered to -300 degrees. There is no way I could do all of this satisfactorily or competitively on cost.

The areas that I am able to add value competitively to the knife making process is in the design, and finish of the knife. So this is where I have decided to focus my personal knife making energies.

I feel that I have so far accomplished my desired goal of being able to create very high quality original knife designs that are competitively priced.

If your are interested in knife making be sure to see some of my other videos to see how I make the knives. If you might be interested in one of my knives then email me at [email protected].

My knife making has been a adventure and I am pleased to be able to share it with viewers on youtube. Thank you for your interest and support. Please remember to rate, share, and subscribe.

To view additional machinery on our website click here: https://www.fraingroup.com/equipment-categories/conveyor/

Accutek Model Bottomless, stainless steel, side belt transport conveyor rated from 3 to 100 liner feet per minute with number of containers – depending on materials and application. Equipped with single 36″ long x 1″ wide rubber side product gripper belts with 1/2 Hp drives each side and hand crank adjustabe to handle containers from 1mm to 8″ in diameter. Control panel with on / off and vari-speed conveyor controls with digital display. Mounted (4) leg height adjustable stainless steel base. Ideal for transfering product from one machine to another with out intergraded conveyor system and also for bottom date coding,

OAD: 44″ L x 20″ W x 48″H