Magnetic attachment system for securing vessels to a shaker

1. A device for a vessel and a metal shaker platform, comprising:

a base having an upper side and a lower side;

a plurality of flanges on the upper side of the base, each flange having an arm that extends away from the base and engages with the vessel so that the arms retain the vessel to the base; and

a magnet on the lower side of the base that magnetically attaches the base to the platform, thereby releasably retaining the vessel to the platform; wherein the base further includes a center and a plurality of slots in the upper side; and each flange further includes a bottom portion that engages with a corresponding slot in the base, thereby configuring a distance of the flange from the center of the base.

2. The device of claim 1 , wherein:

the vessel is a laboratory flask with a body and a neck; and

the arm of each of the flanges is angled in toward a center of the base at an angle that causes the arm to engage with the body of the flask, thereby securely retaining the flask down onto the base while allowing the base and flask to be removed as a unit from the metal shaker platform.

3. The device of claim 1 , wherein each flange may be repositioned at a common distance from a center of the base, thereby accommodating differing sizes of vessel.

4. The device of claim 1 , wherein:

the base further includes the center and the plurality of slots in the upper side oriented toward the center;

each slot includes a post within the slot; and

a bottom portion of each flange has a set of apertures that correspond to the posts, so that one of the apertures may be selected and aligned with the post of one of the slots, thereby positioning the flange within the slot at a selected distance from the center of the base.

5. The device of claim 1 , wherein:

the base further includes the center and the plurality of slots in the upper side oriented toward the center;

each slot includes a plurality of tab retaining areas within the slot; and

a bottom portion of each flange has a knob that is retained by one of the tab retaining areas of one of the slots in the base, so that the flange is retained within the slot at a selected distance from the center of the base.

6. The device of claim 1 , further comprising:

a flange retainer having a flexible rim that connects to each of the plurality of flanges.

7. The device of claim 1 , wherein the magnet is round; and

the device further comprises a round magnet compartment that retains the magnet underneath the base so that the magnet is exposed to the metal shaker platform.

8. The device of claim 1 , further comprising a retaining latch on the flange that releasably grasps the base to hold the flange to the base.

9. A device for a flask and a metal shaker platform, comprising:

a base having an upper side and a lower side;

a plurality of flanges on the upper side of the base, each flange having an arm that extends away from the base and engages with the flask so that the arms securely retain the flask down to the base, each flange including a bottom portion that engages with a corresponding slot on the upper side of the base, each flange being repositionable at a common distance from a center of the base so that the device accommodates the size of the flask; and

a magnet on the lower side of the base that magnetically attaches the base to the platform, thereby releasably retaining differing sizes of flasks to a metal shaker platform.

10. The device of claim 9 , further comprising:

a post within each slot on the base; and

a plurality of apertures in each flange that correspond to the posts so that each flange may be securely positioned at a selected distance from a center of the base.

11. The device of claim 9 , further comprising:

a flange retainer having a flexible rim that connects to each of the plurality of flanges;

a tab on a bottom of each flange that corresponds to one of the slots in the base; and

a plurality of tab retaining areas in each slot that allow the tab of one of the flanges to be retained in the tab retaining area, thereby positioning each flange at a selected distance from a center of the base.

12. A method for a vessel and a metal shaker platform, comprising:

providing a holder assembly having a base with an upper side and a lower side;

positioning a plurality of flanges on the upper side of the base, each flange having an arm that extends away from the base and engages with the vessel so that the arms retain the vessel to the base; and

attaching a magnet to the lower side of the base that magnetically attaches the base to the platform, thereby releasably retaining the vessel to the platform; wherein the base further includes a center and a plurality of slots in the upper side; and each flange further includes a bottom portion that engages with a corresponding slot in the base, thereby configuring a distance of the flange from the center of the base.

13. The method of claim 12 , further comprising:

utilizing the magnet to magnetically retain the holder assembly to the platform;

shaking the holder assembly so as to mix a contents of the vessel; and

lifting the holder assembly to release the magnetic attachment to the platform.

14. The method of claim 12 , further comprising:

utilizing the holder assembly and platform to shake said vessel;

repositioning each flange on the base to a common distance from a center of the base to accommodate a second vessel having a different size than said vessel; and

utilizing the holder assembly and platform to shake the second vessel.

15. The method of claim 12 , further comprising:

connecting each of the flanges together with a flange retainer assembly; and

rotating the flange retainer assembly so that the flanges move along the plurality of slots in the base, thereby repositioning the flanges.