Available for Purchase In
Packs of 10 units -or- Bulk: 100 units
Magnetic Clip Eyelashes
Features:
With the magnetic clamping elements Doublemag / Triplemag, workpieces can be fixed quickly and easily. The Triplemag series has additional positioning magnets, ensuring a constant position on the machine table and which are separately switched. Through the use of pole extensions unevenness of the workpiece can be balanced and deformation of the. The magnetic clamping or magnetic workholding can be used in a wide range of metal processing. Suitable for the daily use in grinding, milling, EDM and measuring. The magnetic technology enables high precision, distortion-free clamping and longevity.
• Worlds strongest magnet
• Triple plated (NiCuNi)
• Min strength 15 lbs
• Premium plastic UV RATED
• Plenum rated, UL Listed
• Easy, fast installation
• Labor time savings
• No drilling, welding required
• Safer installations
• Ability to Rotate 360°
• Can be Reused and Repositioned
• Wires can be taken in and out of clamp quickly and easily
Locations: Steel, Beams, Purlins, Ceiling Decks, Drop Ceiling Channels, Metal Joists, Frame Rail, Screw Heads, Metal Washer, etc.
Patent Pending
A magnetic switchable device (often called a magnetic base) is a magnetic fixture that uses one or more permanent magnets in a configuration that allows the external field to be turned on or off. They are used in many applications including optics, metalworking, lifting, and robotics, to attach items to metal surfaces in a secure but temporary way.[1][2]
Magnetic Clamping
The magnetic base may have a V cut into the bottom of the base or the back. This V allows the base to be attached to a round bar such as the column of a drill press or a pipe.
One type of magnetic switchable device is made from two blocks of iron, with a round cavity bored through the centre. The halves are joined together with a non-ferrous material such as brass or aluminium. A round permanent magnet is inserted into the bored hole and a handle is attached to allow rotation of the magnet. This act of rotation changes the orientation of the magnetic field.[3]
In the off position, the poles are oriented towards the non-ferrous core. The iron blocks act as keepers by bridging between both poles.
In the on position, the poles are each in one iron half, which then acts as an extension. The field is effectively passing across an air gap (at the base and top). If this gap is bridged with a piece of iron, it becomes part of the magnetic circuit and will be attracted with the full strength of the magnet.
Base and magnet assembly. Shown in the inverted position. | Magnet in Off position. Iron blocks act as keepers. | Magnet in On position. Iron blocks act as extension of magnet. |
A magnetic base can therefore be attached in a variety of positions to any ferrous surface, allowing the base to be positioned in the desired orientation.
Magnetic Plate Clamp
An alternative to the post and swiveling connectors is an arrangement whereby a series of interconnecting swivels can be set in position by tightening or loosening a central member. This member may be made from wire rope as it has to be extremely flexible yet strong in tension, the possibilities for positioning this type is probably no more than the two post type but its advantage lies in the fact that there is only one mechanism (screw) to loosen or tighten the arrangement making it easier to use.
References[edit]
- ^Rochat, Frederic; Schoeneich, Patrick; Bonani, Michael; et al. (1 August 2010). 'Design of magnetic switchable device (msd) and applications in climbing robot'(PDF). Emerging Trends in Mobile Robotics. WORLD SCIENTIFIC: 375–382. doi:10.1142/9789814329927_0047. Retrieved 28 November 2019.
- ^'Shipbuilding And Shipfitting Magnets'. Magswitch Technology. Retrieved 2019-11-29.
- ^United States US7012495B2, Perry J Underwood & Franz Kocijan, 'Switchable permanent magnetic device', published 2005-01-20