Wholesale price stable quality 12″ rubber glove with cotton linning-rough finish Houston Factory

FAQ Content

The Contour Cut laser cutting system by CadCam Technology has been specially developed to laser cut fabric panels that have been sublimated onto a sportswear fabric so that they are ready to be put together to create a garment.

Dye sublimation printing is a rapidly growing industry and CadCam Technology have developed a laser cutting system that can cut at incredibly high speeds which easily copes with the demand of the industry.

As you can see in this video, Contour Cut cuts printed fabric with incredible accuracy even if the fabric is distorted or if the design is larger the cutting bed.

Contour Cut has been specially designed and developed to automate the cutting of dye sublimation printed fabrics and materials.

The camera system picks up printed registration marks to map the cutting area and automatically compensates for any fabric distortion ensuring accurate cuts at high speed.

Visit: http://www.cct-uk.com/laser_cutting_printed_fabrics.htm

or email: info@cct-uk.com

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About CadCam Technology Ltd’s laser cutting machines.

CadCam Technology Ltd design and manufacture state of the art laser cutting and laser engraving machines as well as develop bespoke embroidery & CAD software.

Our latest range of laser cutting machines are designed to be an efficient and productive asset to your business. We have combined over 20 years of experience with state of the art technology to give you the ultimate laser cutting solution.
Many industries are now finding that laser cutting technology is far superior to other cutting methods and our laser cutting machines have proved to be successful in all types of markets from automotive to textiles.

Our laser cutting machines demonstrate the precision to cut a wide variety of materials at speeds suitable for mass production.

The laser cutting machines that we produce are able to cut a wide range of materials:

- Plastics (including acrylic upto 25mm)
- Fabrics and textiles (Including nylon, suede, polyester, polyester cotton, linen, felt, lycra, chiffon, mohair, wool, silk, cotton, denim rayon and hemp)
- Technical textiles (Airbags, automotive, medical, military and sportswear materials)
- Woven labels
- Embroidered products (Appliques, badges)
- Leather (Natural and synthetic for automotive, fashion, shoes, bags and belts)
- Wood (Including balsa, birch plywood, laser ply, cork, MDF, veneer, veneered MDF, formica and engraving laminates)
- Paper and card
- Vinyl
- Foam
- Rubber
- Glass (engraving)
- Flooring (Linoleum, car mat and carpet tiles)

Since 1990 CadCam Technology Ltd have been manufacturing Laser cutting machines at our headquarters in Nottinghamshire, England.

Using only quality materials and the highest specification components, the machines that we produce provide years of efficient productivity and laser cutting of the highest quality.

All of our machines are designed and manufactured in the UK to the highest quality.

For more information please visit our website: http://www.cct-uk.com

Or email: info@cct-uk.com

Ideally one would want to dawn rubber gloves and wear those throughout the process shown. Although I took the voltage high here at 59 volts at one point I don’t really recommend going that high. I would instead suggest staying under 30 volts. This not only keeps arcing at a minimum but its easier to get uniform color spread with voltages starting at 12 volts upwards to 28 volts for a nice blue color. Dipping in a tank is preferred but otherwise this works for anodizing if you have a power source but are not set up with much. You could in fact get a nice sudued dirty brown or olive drab color with a 12 volt car battery doing this same thing.. It is however always a risk and proper safey measures such as gloves and safety glasses and even a rubber mat by rubbermaid like what I sit on in this video are all good ideas.

I should have noted in the video also that instead of using a Scotchbrite pad to take any surface oxidation off the metal parts, Smoky Mt. Knife Works sells a little item called, “The RUST Eraser” that every knife nut should have. You can slice these blocks or erasers any thickness you like so these also work to clean up the back spring or other metal areas one has to take surface oxidation off of after you color the liners. These are handy for cleaning out the insides of old folders also. These erasers can fit once you slice one so that it only requires a good swipe once or twice covering the entire area of the back spring width all in one neat sweep. This way you don’t drift into the liners scratching the color off in places as you clean the other parts. If you do anodize this way you will tarnish the metal parts some and if you leave the alligator clip in one place too long it will spark off on you. I don’t recommend doing this if the folder you are going to be coloring liners on has carbon blades and/or backsprings or other parts that can be oxidized to form rust patches. Even stainless can corrode this way so again, it is just for example taking into account that I have done this many times in the past.

On a lot of the open build type folders being offered today in the industry such as, Benchmade and Emerson liner locks (some Emerson years had one side cheesy cheap stainless liner instead of the titanium but the lock side is titanium) this works great to anodize the liners without even having to take the knife apart. Of course it does nothing to change them inside or on the sides. So if you were to want to color the entire liner inside and out then you’d have to then disassemble the knife. Remember to seal the stainless steel detent ball in the lock and the non lock side on Emerson liners with a dab of nail polish and then remove it after dipping to color anodize. Failing to remember this step could result in a gritty feeling action due to oxidation on your stainless balls from anodizing.. You can also use duct tape if you don’t dip too long and it works just fine in most all cases.