Description
Product Description
- ±5° pitch angle and ±3mm linear movement.
- Compatible with 30mm cage systems.
- Can mount Ø1-inch or Ø25mm optical components.
- MC-S1: Minimum optical component thickness of 3mm.
- MC-T1: Maximum optical component thickness of 3.1mm; thicker components can be installed via our SM1 series lens sleeves.
- M4 threaded holes for rod installation.
The MC series is ideal for mounting mirrors or collimated light sources, enabling precise beam angle alignment along the axis of 30mm cage systems. The fine adjustment of the mount’s manual three-axis adjusters allows for accurate angular positioning of optical components within the cage system.
| Model | MC-S1 | MC-T1 |
| Dimensions | 58.4*58.4*33.0mm | |
| Central Aperture | Smooth hole Ø25.6mm | SM1 internal threads |
| Adjustment Range | ±5° pitch, ±3mm linear | ±5° pitch, ±3mm linear |
| Thread Type | M4 | M4 |
| Through Hole Spacing | Ø6.02mm, 30*30mm | Ø6.02mm, 30*30mm |
| Weight | 123.6g | 125.0g |
| Material | 7075 aluminum alloy | 7075 aluminum alloy |
Technical Description
Optical Knowledge Point: Common Optical Thread Size Standards
This is a thread specific to Thorlabs Inc. (USA) and not a commonly used optical thread. “SM” is the code for sewing machine threads in thread notation, but this American company uses it for internal and external thread connections of optical lenses and sleeves. The thread type is UNS (Unified National Special Thread) with a tolerance class of 2A/2B. A unique feature of this thread is that regardless of the diameter, the pitch is 40 threads per inch (TPI). Specific dimensions are as follows:
| Series | Type | Thread (in) | Nominal Diameter (mm) | Minor Diameter (mm) | Pitch Diameter (mm) | Major Diameter (mm) |
| SM05 | Internal | 0.535-40 | 13.59 | 12.98±0.07 | 13.24±0.05 | ＞13.59 |
| SM05 | External | 0.535-40 | 13.59 | ＜12.78 | 13.10±0.05 | 13.50±0.05 |
| SM1 | Internal | 1.535-40 | 26.29 | 25.68±0.07 | 25.95±0.05 | ＞26.29 |
| SM1 | External | 1.535-40 | 26.29 | ＜25.48 | 25.79±0.05 | 26.19±0.06 |
| SM2 | Internal | 2.535-40 | 51.69 | 51.08±0.075 | 51.35±0.075 | ＞51.69 |
| SM2 | External | 2.535-40 | 51.69 | ＜50.87 | 51.18±0.05 | 51.59±0.05 |
Product Description
The MC-1 series is ideal for mounting mirrors or collimated light sources, enabling precise beam angle alignment along the axis of 30mm cage systems. The mount is equipped with three M6*0.25 precision hex adjusters with an adjustment accuracy of 7 mrad/rev (milliradians per revolution). The fine adjustment of the manual three-axis adjusters allows for accurate angular positioning of optical components within the cage system. Additionally, each adjuster has a separate locking set screw.
The MC-S1 optical adjustment mount features a smooth limit mounting hole for Ø1-inch optical components with a thickness of at least 3mm, which are fixed via nylon-tipped set screws on the top.
The MC-T1 has an SM1 (1.035”-40) threaded mounting hole and can directly mount optical components up to 3.1mm thick using the included 2 SM1 retaining rings. Thicker optical components can be installed via our SM1 series lens sleeves, which are then screwed into the front plate of the adjustment mount.
Both the front and rear plates are equipped with four pre-designed through holes, directly compatible with our 30mm cage systems. The front plate of the cage rod allows ±4° yaw and tilt adjustment without interfering with the cage rod. Once the desired position is achieved, the cage rod can be fixed using the locking set screws on the rear plate. In addition to compatibility with 30mm cage systems, it can also be connected to rods via M4 threaded holes.
With a laser mounting hole or adjustable collimation adapter, a Ø12mm laser can be installed on the adjustment mount. Note: The non-threaded MC-S1 is used with the POL-12 laser mounting hole. The threaded MC-T1 is used with the OAD-12F adjustable collimation adapter.
Assembly
Application Example
Oeabt’s cage systems offer a variety of accessories and adapters for coaxial cage setups. By installing rods or lens sleeves, the cage system can be integrated into optical equipment.
Engineering Drawing Download
