Super Powerful Din Magnetic Stand

Super Powerful Din Magnetic Stand, Din Series Magnetic Base Stand, Articulating Magnetic Base, Fine Adjustment Magnetic Base, Magnetic Base Indicator Holder, Magnetic Stand With Universal Arm, Ultra Universal Clamping Magnetic Base with Stem

Super Powerful Din Magnetic Stand Features:
Part No.: HSF60 / HSF80/ HSF70-MV
Wide variety of models available
Features fine adjustment
Magnetic base with circular switch
Strong clamping force ensures consistent, accurate measurements
Dial indicator with lug back or plain back
Strong powerful magnet

Magnetic Base Stand Holding – As an auxiliary magnetic device ,Magnetic stands can easy held and move on a various surface by On/Off switching. Its mount hole on top is for installing universal lever, measuring instrument, spraying tube, etc.
Din seties magnetic base Universal Magnetic Stand
With fine adjustment
Magnetic base with circle style switch
Clamp hole 8mm ( optional 3/8″)
Din series magnetic stand
With fine adjustment
Clamp hole 8mm ( optional 3/8″)
Main stem: φ16*263mm
Magnetic base with circle style switch
Magnetic force: 70kg
Base size ( L*W*H): 70*50*63mm
Tapped hole: M8*1.25mm
Weight: 2.5kg

We are the leading manufacturer and supplier of Dial Indicator Magnetic Base.
Magnetic Indicator Stand Features:
Used as holding device for dial indicator
Heavy & rigid construction of base & column
Can be locked to any position in 360º by a Central lock
Dovetail slot for lever type dial
Fine adjustment for accurate setting
Base V can be clamped to shaft of Ø20 to Ø120
Can Hold 8mm & 6mm stem diameter of dial

Magnetic bases are fixtures typically used in metalworking to hold dial indicators and in other fields like optics. The SL Series Magnetic Base with Guide Screw Adjustment can make setting up a workpiece in machinery such as surface grinders or milling machines much easier. Swiveling connectors or snugs connect the vertical post and rod in the magnetic base to allow free motion of the arm so that the dial indicator can be moved into position on the workpiece. The iron acts as extension of the magnet when the magnetic base is on, while the magnet acts as a keeper and prevents the magnetic field from extending through the base when it is off.