-40%
EARTH CHAIN ECB-210 MAGNETIC WORKHOLDING VISE 4,620 LB
$ 1399.2
- Description
- Size Guide
Description
MagVISE Magnetic Workholding BlocksCustom workholding without the “custom” cost
Quickly load your workpiece
Use EZ-Lift lifting magnets together with the MagVISE
magnetic workholding
system to significantly reduce your load/unload and workpiece set-up times.
Machine all 5-sides
It’s easy to perform complex 5-sided machining using the MagVISE. You can even machine on 5 sides while holding a large number of workpieces using an array of MagVISE blocks.
The machinable soft jaws permit workpiece nesting for improved accuracy over other workholding systems. Also, you can machine right through the part without affecting the workholding.
Custom workholding fast
Use a MagVISE array to easily create custom
magnetic workholding
for large jobs and/or multiple workpieces. You can even hold a variety of different size and shaped workpieces all with one set-up.
Model
L x W x H
Min. Workpiece Thickness
Max. Force
ECB-050CN
5" x 3" x 3"
0.4"
1,100 lbs.
ECB-075CN
6.8" x 3" x 3"
0.4"
1,650 lbs.
ECB-120CN
7.3" x 4.2" x 4.2"
0.6"
2,640 lbs.
ECB-210CBN
9.2" x 5.2" x 5.3"
0.8"
4,620 lbs.
Additional machinable soft jaws are in stock if needed.
Note: Holding power is dependant upon workpiece size. ECB Magnetic Workholding Blocks are not for use with non-ferrous material, such as brass, aluminum, stainless steel, etc., or thin workpieces.
powerful magnetic workholding
FASTEST - load and unload
reduce set-up times
machine 5-sides easily
machinable soft jaws
modular system grows with you
no workpiece distortion
better accuracy and repeatability
use on pallet or machine bed
maintenance free
Switch-Connect Modular Units
By combining ECB Blocks you can quickly create custom workholding to fit a wide variety of workpiece sizes.
ON/OFF switch
Switch positively engages magnets with a simple turn of the wrench.
Stop plates are included to help align small parts and machine them more accurately
Hardened to HRC 55
18 hardened points keep top and bottom surfaces parallel.