Tube Clamp for Ø1.74" HeNe Lasers, Post Mountable
- Accepts Ø1.74" Cylindrical Components
- Tube Clamp Allows Drop-In Functionality
- #8 (M4) Counterbore for Post Mounting
Ø1.74" HeNe Laser Mounted on Ø1" Posts
Using C174TC Tube Clamps
- Drop-In Tube Clamp for Ø1.74" Cylindrical HeNe Lasers or Other Cylindrical Components
- #8 (M4) Counterbore for Mounting to Thorlabs' Ø1/2" or Ø1" Optical Posts with 8-32 (M4) Taps
Thorlabs' C174TC Tube Clamp is designed for our Ø1.74" cylindrical HeNe lasers or other Ø1.74" (Ø44.2 mm) cylindrical components. The mount provides 3-point contact with the laser for stable mounting and features a #8 (M4) counterbore for compatibility with our 8-32 (M4) threaded optical posts. The clamp is engaged using a captive locking screw with a 5/64" (2.0 mm) hex. We also offer kinematic v-clamp mounts and 60 mm cage system mounts for our HeNe lasers. Additionally, there are tube clamps available for diameters ranging from Ø0.59" to Ø3.21".
Insights into HeNe Lasers
Scroll down to read about:
- HeNe Lasers: Handling and Mounting Guidelines
Click here for more insights into lab practices and equipment.
HeNe Lasers: Handling and Mounting Guidelines
Click to Enlarge
Figure 1: The external housing of HeNe lasers is mechanically coupled to the components of the lasing cavity. Stress applied to the external housing can misalign and potentially fracture lasing cavity components, which can negatively impact the quality and power of the output laser beam (red arrow) or lead to laser failure
|1.||High Reflector Optics||7.||Anode|
|2.||Gas Reservoir||8.||Glass Laser Bore|
|6.||Output Coupling Optics|
HeNe lasers should be handled and mounted with care to protect them from damage.
Never apply a bending force to the laser housing. Stress applied to the laser's external housing can misalign or damage components in the laser cavity. This can:
- Affect the output beam quality.
- Result in reduced output power.
- Affect the beam pointing.
- Cause multimode effects.
Factory packaging protects the HeNe lasers from shocks and vibrations during shipping, but end users directly handle the bare laser housing. Due to this, HeNe lasers are in greater danger of experiencing dangerous stress during handling by the end user.
A result is that the primary cause of damage to HeNe lasers is rough handling after receipt of the laser. In extreme cases, shock and vibrations can shatter or fracture glass components internal to the laser.
To maintain the optimum performance of your HeNe laser, do not drop it, never use force when inserting it into fixture, and use care when installing it into mounts, securing it using cage components or ring accessories that grip the housing, transporting it, and storing it.
HeNe lasers will provide optimum performance over a long lifetime when they are handled gently.
Date of Last Edit: Dec. 4, 2019
|No Comments Posted|