CFP-1.5 Series Rod Clamp Block
• Compatible with Ø1.5 inch optical posts, providing a rigid and universal mounting surface;
• Clamp mechanism allows sliding along the Ø1.5 inch post for vertical adjustment;
• Front panel features a multi-threaded array for flexible mounting configurations;
• Quick-release lever allows rapid and repeatable vertical repositioning;
The CFP-1.5 Series clamp blocks are designed to work with Ø1.5 inch posts. The rear clamping mechanism allows the block to slide vertically along the post. Once the desired height is reached, the quick-release lever on the side securely locks the block in place, enabling fast and repeatable adjustments.
• CFP-A1.5 features 13 M6 threaded holes, allowing direct mounting of cage system components or optical elements onto the front panel;
• CFP-B1.5 is designed for mounting optical mirror mounts with M4 screws;
• Knurled knobs on the base allow easy manual rotation and secure positioning of mounted components;
CFEP-B-S Rod Base
• Made of solid 303 stainless steel;
• Allows secure mounting of a post to an optical breadboard or optical table;
• Features counterbore slots to help align with mounting holes when positioning Ø1.5 inch posts;
The CFEP-B-S rod base allows a post to be firmly mounted onto an optical breadboard or table. It features a center-threaded M6 hole that connects directly to Ø1.5 inch posts. Additionally, the base includes four counterbore slots, offering more flexibility when securing to breadboards—making it easier to select the most appropriate mounting holes for your setup.
PSHAM Adjustable Height Collar
• Rotate the drive ring to adjust the height of mounted optomechanical components;
• Provides 8.0 mm of vertical adjustment range, with 0.6 mm travel per rotation;
• Compatible with Ø1.5 inch stainless steel optical posts;
The PSHAM collar provides a vertical adjustment range of 8.0 mm for components mounted on posts. Its user-friendly drive ring enables precise height control, offering 0.6 mm of fine adjustment per turn. Ideal for setups requiring accurate alignment in the vertical direction.
