360 Series Slotted Angle Brackets
360 Series Slotted Angle Brackets
The 360 Series Angle Brackets are 30°/60°, 45° and 90° angled mounting plates with slotted faces for universal mounting. Each aluminum bracket is accurate in angle to ±2 arc min, designed with supporting structures to increase rigidity.
- Rigid and accurate 30/60°, 45°, and 90° brackets
- Angles accurate to within ±2 arc min
- Slotted hole design for versatile mounting
- Useful for building three-axis stage assemblies See All Features
| Compare | Description | Drawings, CAD & Specs | Avail. | Price | ||
|---|---|---|---|---|---|---|
 | 360-30 30, 45, 90 Degree Angle Brackets, 360 SeriesAngle Bracket, 30°/60°, 1/4-20 (M6) Slots, 1 in. Spacing | |||||
 | 360-45 30, 45, 90 Degree Angle Brackets, 360 SeriesAngle Bracket, 45°, 1/4-20 (M6) Slots, 1 in. Spacing | |||||
 | 360-90 30, 45, 90 Degree Angle Brackets, 360 SeriesAngle Bracket, 90°, 1/4-20 (M6) Slots, 1 in. Spacing | |||||
 | M-360-90 30, 45, 90 Degree Angle Brackets, 360 SeriesAngle Bracket, 90°, 1/4-20 (M6) Slots, 25 mm Spacing |
Features
30°, 45°, and 90° Mounting Brackets
We offer 360 Series angle brackets with 30/60°, 45°, or 90° angles to allow for a wide variety of mounting options. The angles on these highly rigid brackets are accurate to within ±2 arc min.
Build Three Axis Stage Assemblies With 90° Mounting Bracket
Model 360-90 is useful for building long travel 3-axis linear stage stacks using manual stages like our Models 423 , 433 , 443 , 426 or 436.
Slotted Bracket Faces for Universal Mounting
360 Series angle brackets feature slots on the mounting surfaces of each, as apposed to individual holes, separated by 1.0 in. for use with either 1/4-20 or M6 threaded mounting bolts. The M-360-90 features the same slots with 25 mm spacing for use with metric optical tables or breadboards.
Coarse Height Adjustable Platforms & Compound Angle Supports
Angle brackets may be combined to provide stable compound angle supports. Pairs of 360-30 or 360-45 brackets bolted together on hypotenuse faces provide coarse-adjustable height platforms of exceptional rigidity.
