Spiral Shaver Upgrade. For years we have been telling our customers to use a circular motion when shaving with their ES412 Cleancut Personal Shavers. The reason for the circular motion is that it gives you multiple attack angles for the slots in the foil, greatly improving the foils success rate a capturing and cutting hairs. While manually  making a circular motion helps greatly, we wondered if we could produce the same motion mechanically. We found that by unbalancing the blade assembly and reinforcing several key components of the shaver, we could achieve micro rotations...which as you move the shaver on the skin produce a spiral pattern.

We were very pleased by the improved performance. After using and improving it ourselves for eight months we asked several of our best customers to try it and see if they saw an improvement in performance...they did. Now a year later the patents are filed and we are ready to offer them to the public.

Important Points:

1. This item includes a brand new ES412 Cleancut Personal Shaver which has been modified to current Spiral Shaver specs.

2. The foil and blade assembly needs to be replaced every six months. The replacement parts kit has the part # K30SPSS.

3. Unlike our other products that normally ship same day if ordered by noon Mountain Time, this item is made upon ordering and can take up to five days before shipment.

4. While we have a test unit that has been used twice a day for over a year with absolutely no problems, there is no warranty on either performance or mechanical defects for the Spiral Shaver.

5. If you currently have an ES412 Cleancut Personal Shaver you can upgrade it to a Spiral Shaver™ in one of two ways. Buy and install a K30SPSS Parts Package for $40.90 OR buy a do it yourself Spiral Shaver Kit for $7.95

6. For those that are curious, the Spiral Shaver concept will not work with the ES1080 Cleancut Personal Shaver as it is currently manufactured. This is because the ES1080 uses a centripetal lift blade assembly design and has a loose slip fit on the drive shaft. This allows the unbalanced blade assembly to wobble against the foil, rapidly wearing the foil and pulling rather than cutting hairs.