Product Description
Magnetic bases reduce experimental set-up time by allowing free positioning and instant clampdown of optical components. They are the ideal accessories for all laboratories with ferromagnetic work surfaces such as Newport optical tables and breadboards.
Magnetic bases reduce experimental set-up time by allowing free positioning and instant clampdown of optical components. They are the ideal accessories for all laboratories with ferromagnetic work surfaces such as Newport optical tables and breadboards.
Ordering Information |
| Quantity |
Model |
Description |
Price |
Available Today |
200 |
Low-profile, Heavy-Duty, Magnetic Base, Holding Force* 300 lb (1334 N), 1/4-20 Thread |
$416.16 |
Available Today |
150 |
Low-Profile, Heavy-Duty Magnetic Base, Magnetic Base, Holding Force* 200 lb (890 N), 1/4-20 Thread |
$343.74 |
Available Today |
110 |
Kinematic Magnetic Base, Magnetic Base, Holding Force* 90 lb (400 N), 1/4-20 Thread |
$155.04 |
Available Today |
MB-3 |
Compact Magnetic Base, Holding Force* 90 lb (400 N), 1/4-20 Thread |
$72.42 |
Available Today |
MB-2 |
Standard Magnetic Base, Holding Force* 90 lb (400 N), 1/4-20 Thread |
$46.92 |
Available Today |
MB-1 |
Utility Magnetic Base Plate, Holding Force* 4 lb (18 N), 1/4-20 CLR. |
$41.82 |
|
Ordering Information, Metric |
| Quantity |
Model |
Description |
Price |
Available Today |
M-200 |
Low-Profile, Heavy Duty Magnetic Base, Holding Force* 300 lb (1334 N), M6 Thread, Metric |
$416.16 |
4 Weeks |
M-150 |
Low-Profile, Heavy Duty Magnetic Base, Holding Force* 200 lb (890 N), M6 Thread, Metric |
$343.74 |
Available Today |
M-110 |
Kinematic Magnetic Base, Holding Force* 90 lb (400 N), M6 Thread, Metric |
$155.04 |
7 Weeks |
M-MB-3 |
Compact Magnetic Base, Holding Force* 90 lb (300 N), M6 Thread, Metric |
$74.42 |
Available Today |
M-MB-2 |
Standard Magnetic Base, Holding Force* 90 lb (300 N), M6 Thread, Metric |
$46.92 |
Available Today |
MB-1 |
Utility Magnetic Base Plate, Holding Force* 4 lb (18 N), M6 CLR. |
$41.82 |
|
| *Typical holding forces when used on unpainted optical table worksurfaces |
|