Name | Category | Type | Subtype | Brand | Material | Mounting | Finish Coated | Type of Optics | Type of Movement | Key Feature | Drive Type | Tapped Holes | Units | Adjusted Thread | Cage Size | Inner Bore | Compatible Mount | Thread Series | Internally Threaded Mounts | Thougth Hole Diameter | Outer Diameter | Inner Diameter | Rod Diameter | Dimensions | Adjuster | Travel | Tip/Tilt Adjustment | Weight | A | B | Total Length | Extension Length |
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DDR25_M | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | M4 | Circular | Compact Design, High-speed rotation, High-Positional Accuracy | 4-40 | Metric | 16, 30 | SM05 | 0.4 kg | ||||||||||||||||||||
CRM1PT_M | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Precision, Micrometer Drive, Lockable | Micrometer | Metric | 30 mm | SM1 | 9.4 mm | |||||||||||||||||||||
LCP16R1_M | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | M4 | Circular | Setscrew Locking Mechanism, Fine Rotation Adjustment | Adjuster Screw 100 TPI | Metric | 6- mm | SM1 | 100 mm | ||||||||||||||||||||
LCP16R2_M | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | M4 | Circular | Setscrew Locking Mechanism, Fine Rotation Adjustment | Adjuster Screw 100 TPI | Metric | 6- mm | SM2 | 100 mm | ||||||||||||||||||||
CP360Q | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Pivoting, Quick-Release, Pivot Adjustment Knob | Imperial | 30 mm | SM1 | 7.3 mm | ||||||||||||||||||||||
CP360Q_M | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Pivoting, Quick-Release, Pivot Adjustment Knob | Metric | 30 mm | SM1 | 7.3 mm | ||||||||||||||||||||||
DDR25 | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | 8-32 | Circular | Compact Design, High-speed rotation, High-Positional Accuracy | 4-40 | Imperial | 16, 30 | SM05 | 0.4 kg | ||||||||||||||||||||
RM25B | Optomechanics | Cage Components | Cage Rotation Mount | MKS/Newport | Circular | Manual Optic Rotation Mount | Manual | 12.7 mm | ||||||||||||||||||||||||
CRM1LT_M | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Lockable | Metric | 30 mm | 7.9 mm | |||||||||||||||||||||||
CRM1PT | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Precision, Micrometer Drive, Lockable | Micrometer | Imperial | 30 mm | 9.4 mm | ||||||||||||||||||||||
CRM1LT-Step | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Lockable | Imperial | 30 mm | 7.87 mm | |||||||||||||||||||||||
SRM05-Step | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | Lockable | 16 mm | SM05 | 6.1 mm | |||||||||||||||||||||||
KC45D1-Step | Optomechanics | Cage Components | Cage Rotation Mount | Thorlabs | Circular | True Gimbal Design | Adjuster Screw 100 TPI | 30 mm | SM1 | 6.1 mm | 100 mm |
Optomechanical cage components are crucial elements in optical setups, providing a modular and versatile framework for constructing complex optical systems. With the integration of advanced optical simulation capabilities like 3DOptix, engineers, and researchers can now visualize optomechanical cage components in 3D, facilitating the design and optimization of intricate optical systems. Our catalog offers a diverse range of cage components, including cage plates, cage rotation mounts, cage irises, cage translations, and others, each serving specific functions in optical assemblies. Cage plates provide a sturdy foundation for mounting optical components, while cage rotation mounts enable precise angular adjustments for beam steering and alignment. Cage irises offer customizable aperture control, allowing for precise light modulation and beam shaping. Cage translations facilitate linear movement of optical components, enabling fine adjustments and alignments within the optical system. With such a comprehensive selection and the ability to visualize cage components in 3D using 3DOptix, our optical solutions empower researchers and engineers to design and assemble optical systems with precision and confidence.