Kinematic Mirror Mount

Kinematic Mirror Mount Specification

Measurement
Adjustable tilt and yaw

Theory
Kinematic adjustment using precision screws

Objective
To mount and precisely align optical mirrors

Lens
Not included; compatible with various mirror diameters (usually up to 2 inches)

Accuracy
High precision adjustment, typically within microns

Color
Black

Product Type
Kinematic Mirror Mount

Material
Anodized Aluminum

Size
Compatible for mirrors up to 50.8 mm (2 inches)

Weight
Approx. 250 - 350 g (varies by model)

Length
Standard mount thickness typically 20-25 mm

Function
Precision adjustment of mirror angle in two axes (pitch and yaw)

Resolution
Fine resolution, typically <0.01 per adjustment knob

Kinematic Mirror Mount Trade Information

Minimum Order Quantity
2 Pieces

Payment Terms
Telegraphic Transfer (T/T), Letter of Credit (L/C)

Supply Ability
25 Pieces Per Month

Delivery Time
2 Week

Main Domestic Market
All India

About Kinematic Mirror Mount

Kinematic Mirror Mounts ((Tip Tilt Mirror Mount)

Kinematic mirror mounts are used to reflect the incident beam in the desired direction. The two knobs provided with the mount can tilt / steer the beam in the horizontal or vertical direction.

Salient Features

Type: Manual
Material: Black anodized Aluminum
Mirror Position: Centre, Top-Corner
Mirror Loading: Front, Side
Mirror Diameter: 25mm-50mm
Mirror Thickness: 4mm - 10 mm
Dimension Tolerance: 0.1mm
Tilt Adjustment: +- 3 Degree
Material: Black Anodized Al
Mounting Thread: M6
Kinematic Mirror mounts for optics larger than 50mm diameter are customized on demand

Part No	Mirror Diameter (mm)	Mirror Thickness (mm)	Cost (Rs.)
CMTMR25	25	6	2500/-
CMTMR50	50	6	3500/-

High-Precision Kinematic Design

This mirror mount utilizes fine-threaded adjustment screws, enabling precise control over pitch and yaw axes for optical components. The kinematic design facilitates accurate, repeatable alignment, essential in demanding research and industrial applications.

Robust Construction and Versatility

Made from black anodized aluminum, the mount combines strength with low reflectivity. Multiple mounting holes and a base plate interface make integration with various optical tables and setups straightforward, supporting mirrors up to 2 inches in diameter.

Reliable Performance Across Conditions

Operating reliably between -20C and +70C, this mirror mount includes a locking mechanism on each adjustment knob, retaining alignment even under varying environmental conditions. Its stability and fine control help minimize downtime and recalibration needs.

FAQs of Kinematic Mirror Mount:

Q: How do I install the kinematic mirror mount onto an optical table?

A: The mirror mount features a base plate with multiple counterbored or tapped holes, allowing you to attach it to standard optical tables using bolts. Simply align the mount with your tables hole pattern, secure it with compatible hardware, and ensure it is stable before mounting your mirror.

Q: What is the process for adjusting the mirrors angle with this mount?

A: To adjust the angle, use the knurled hex adjustment knobs to manipulate the pitch and yaw axes. The precision fine-thread screws provide micron-level control, and once the desired position is achieved, the built-in locking mechanism secures the alignment.

Q: When should I use this type of kinematic mirror mount?

A: This mount is ideal whenever precise angular adjustment of mirrors is required, such as in laser alignment, optical experiments, or R&D projects. It is particularly useful for applications demanding high stability and reproducibility of alignment.

Q: Where can this mirror mount be used?

A: The mount is suitable for use in research laboratories, optical setups, R&D facilities, and anywhere fine adjustment and alignment of optical mirrors are necessary. Its flexible mounting options make it compatible with most standard optical benches and breadboards.

Q: What are the benefits of using a kinematic mirror mount with locking mechanisms?

A: The integrated locking mechanism ensures that the alignment remains stable after adjustments. This reduces the chances of misalignment due to vibrations or accidental contact, improving repeatability and reliability in sensitive experiments.

Q: How does the surface finish contribute to performance?

A: The black anodized surface provides low reflectivity, which minimizes stray light and unwanted reflections in optical setups. Additionally, the anodization increases durability, protecting the mount from wear and corrosion.

Q: Is this mirror mount compatible with different mirror sizes and thicknesses?

A: Yes. The mount accommodates mirrors up to 50.8 mm (2 inches) in diameter and up to 10 mm in thickness, making it versatile for a range of optical components. Adjustments can be made for different diameters as needed for your application.

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