1. A standard Steel Plate (Grade: 316) of 1mm thickness is cut to a specific shape by laser as shown. (Fig. 1/23) This standard steel piece will perform as a spring wheel.

2. This cut to shape steel piece has on Section B, composite 4 tabs that are positioned near the 1.2mm holes at a specific angle (Fig 2/23). At the 'Section A 'piece there are 2 holes of 3mm matching correspondingly to 1.2mm holes at 'Section B\

3. These tabs are punched or forced to an upright position as shown in (Fig 3/23)

4. A specially designed rectangular base head screw (Fig 5a, b, c,/23) including a cross section of its view. This rectangular base sits on the 1,2mm hole at Section B of the steel piece (Fig 6/23). When Section A is folded will then Section B (Fig 7/23) only the top screw area is exposed.

5. The steel plate is folded at designated points leaving a constant clearance of about 4 mm in height at the center. The fold in between the gap when depressed will "spring" back to its original position systematically (Fig 4/23) (Shows the side view together with tabs)

6. A 1.00mm thin steel wire of about 7 cm length is then inserted through the 1.2mm holes at the Section B metal piece. This wire penetrates the rectangular base head screw leaving a protruded side of about 5 cm. In total the 2 wires form the 2 sides of the structure.

7. The 2 steel wires on the base end is looped as shown in diagram (Fig 8/23). The loop will be laser spot welded to ensure the loop remains in place.

8. A specially designed 'knurled nut' (Fig 9/23) with a slight protrusion on one side is to ease and assist one to tighten or loosen the rectangular base head screw (Fig 10/23)

9. The position of the 2 prongs hold the floss thread to form the "Y" and "C" shape is unique and not seen in any other device available in the market as best known to my current knowledge. (Fig 11/23) Showing "Y" shape flosser and (Fig 12/23) showing the "C" shaped flosser.

10. (Fig 13/23) shows 2 rectangular base head screws marked 'XI" and "X2", on the Section B of the metal piece. They are each attached to the 1mm prongs. If it is (prongs) manually adjusted by taming movement it will remain within a specific radius. These movements are restricted by the Tabs. One of the prongs Marked "ΧΓ', the movements will be within Point C to Point D. Also is the other prong marked "X2", the movement will be limited from Point E to Point F or vice versa. These 2 prong "XI " and "X2" can be tightened with a Knurled nut at the top above the special designed steel piece (Fig 11/23) and (Fig 12/23).

11. Bending the 1mm steel wire to as close to the top groove of the rectangular base head screw to 90 degree angle then follow-up by bending the same wire in an upwards curved direction forming an arch shape prong (Fig 14/23).

12. (Fig 15/23) At the end of each prong, a loop is made and a small threaded screw nut is laser spot welded onto it At (Fig 16/23) a "Short Shank Knurled Knob Fastener" is screwed onto the nut. At the tip of the "Short Shank Knurled Knob" fastener screw, the threaded ends are spot welded by thickening the thread tip to prevent the fallout of the "Knurled Knob Fastener" from the screw-nut.

13. A clear transparent plastic is modelled into a rod shape as shown in (Fig 17/23) with an opaque plastic "Screw Nut Tube". .

14. The metal prongs and specific metal shaped piece is attached to the head of the transparent plastic model tube (Fig 18/23). It can be removed by a "sliding movement' (insertion and removal) from the plastic head at the 'neck' of the device. (Fig 19/23)

15. The whole metal housing (prongs) can be collectively removed from tile neck. This easy detachment of the component at the 'head' makes it easy for cleaning and disinfecting. (Fig 20/23).

16. The clear transparent molded plastic part at the opposite end away from the flosser head consists of a small slot compartment to accommodate an LED component (Light). This LED will be secured by an opaque plastic screw tube nut (Fig 17/23), (Fig 18/23) (Fig 19/23).

The purpose of the LED, is when switched on Is to illuminate the clear transparent plastic from inside and especially the tip will have a glowing effect This, iUumination helps to facilitate during flossing and insertion as to be safer when the device is in the mount, as it could be quite dark..

17. The 2^nd LED is located at the trunk (handle) just above the transparent clear plastic tube. The 2^nd LED acts as torchlight (Fig 21/23).

18. (Fig 22/23) is an elevated view illustrating the structure of the improved dental flosser and the round transparent plastic cap screw located at the end of the handle is meant for the user to color code each device for family identification purposes.

19. The (Fig 23/23) is an elevated view showing the outlook of the present invention.

20. The materials used in the mamifacture of the product are high grade stainless steel and body parts made of rubber, silicon and plastic as per FDA Guidelines.