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FAQ Content

Roberto is in this video. After a short presentation of the company, he explains how trilaminate drysuits are produced.

Enjoy it and please comment below.

“My name is Roberto Scerbo
I’m the owner and founder of Rofos.
I founded this Company 32 years ago.
We started with gloves socks and wetsuits to me and to colleagues and friends who were doing competitive spearfishing.
These 25 years of competitiveness obviously gave to me a depth knowledge of neoprene using it personally.
The passion pushed us over the years to expand the range and the quality of products, widening of course also the headquarters becoming a benchmark in the diving industry.
In 2010 we decided to face a new challenge developing our first trilaminate drysuit dedicated to technical diving.
The manufacturing of templates begins with the selection of the fabrics and cutting the jigs in various sizes.
The real production begins with the cutting of the fabric and reinforcements.
In the early years we used to cut by hand.
Nowdays we introduced an electric cutter to maximize the precision.
At this time we proceed with the application of the dry zipper and the neck seal, until the fabric is still lying on the table to ensure an optimal application.
The third stage involves the application of the pockets and reinforcements by sewing and the assembly of the various pieces.
Then we proceed with the application of wrists and boots The heat welding is the key step to ensure the watertight integrity of the drysuit, so, obviously, we dedicate close attention this step.
Every single suit is then tested in a tank to control the effective sealing of each single seam.
The spirit of the Company is to continue to grow creating more and more performing and reliable products.”

AR15 80% Lower – Milling Trigger Hole and Sandblasting.
The final step in milling out the 80% AR15 lower receiver is milling out the hole for the trigger. When using a lower quality drill press make sure the end mill bit is tight in the drill chuck. Some people have had an end mill bit come loose while milling out the 80% AR15 lower receiver and it resulted in a destroyed AR1r lower receiver. Make sure that end mill bit is secure in the drill chuck. Also use plenty of lubricant when milling out the 80% AR15 lower receiver. I used automatic transmission fluid for cutting oil for milling the 80% AR15 lower receiver. The jig for milling this 80% AR15 lower receiver is ‘the Original Blue Jig’ and is a high quality jig for milling the 80% AR15 lower receiver. After the milling process was complete on the 80% AR15 lower receiver, the now completed and fully functional AR15 receiver was chemically cleaned and degreased of the milling oil. I then lightly sandblasted the completed and fully functional AR15 receiver with play sand at 80 to 90 psi with a $20 sandblaster. You only need to make the bare AR15 rough enough so that whatever coating you use will adhere well to the gun part. The next step will be to immerse the AR15 lower receiver in a degreaser and blow dry the gun part. The part will need to be handled with latex gloves so that no oils contaminate the gun part before it is coated. The gun coating I will use is DuraCoat, which is a 2 part epoxy and is one of the better gun (firearms) coatings. It was obvious, after sandblasting, that the amateur milling work on the 80% AR15 lower receiver was high quality and accurate. You can’t go wrong milling an 80% AR15 lower receiver when you take your time and use the ‘Original Blue Jig’.