Vertical Control Gimballed Beamsplitter Holder with Knobs for 25.4mm Optic

BSHL-25.4-2

3d-simple-product
These vertical holders are ideal for small spacers due to their thin design and vertical adjustment. Holders can be positioned close to each other reducing optical system size.
◦There are two types, one is fitted with knobs on top (BSHL-2), and the other is without knobs and adjusted by hex wrench (BSHL-TF).
◦This product provides large clear aperture of transmitted beam even if beamsplitter is placed at 45 degrees.
◦The gimbal design maintains the center position of mirror even when fine adjusted.
◦Adjustment screws can be fixed with the clamp screws on the back of the mounts.
◦Two M4 mounting holes are also provided on both sides to mount the holder horizontally.




More Information
Name Vertical Control Gimballed Beamsplitter Holder with Knobs for 25.4mm Optic
Weight 0.1100kgs
Guide
  • M6 mounting plates are available for purchase.
  • WEB Reference Catalog Code/W4510
  • Can be mounted on post stands (PST-**) using the M4 tapped holes of holders. WEB Reference Catalog Code/W6039
  • Custom baseplates can be made to order.
Attention
  • The locking clamps prevent the adjustment screws from rotating.
  • To adjust the BSHL-TF mounts, a hex wrench is required. A ball end wrench set (SKB-JBX6) is available.
  • WEB Reference Catalog Code/W6077
Image Label Vertical Control Gimballed Beamsplitter Holder with Knobs for 25.4mm Optic
Diameter 25.4mm
Knobs With Knobs
Compatible Optics Diameter φ25, φ25.4mm
Compatible Optics Thickness 3 - 5mm
45° Incidence Reflected Beam Diameter φ15.8mm
45° Incidence Central Transmission Beam Diameter φ11.49mm
Fine-Adjustment Range /Tilt ±1.2°
Fine-Adjustment Range /Rotation ±1.2°
Fine Adjustment Resolution /Tilt 0.35°/rotation
Fine Adjustment Resolution /Rotation 0.45°/rotation
In stock
SKU
BSHL-25.4-2
$224.00

Delivery in : in stock

These vertical holders are ideal for small spacers due to their thin design and vertical adjustment. Holders can be positioned close to each other reducing optical system size.

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