Product Description

Compatible with 30mm cage systems
Thickness of cage connecting plate: 27mm
Sufficient thickness enables bidirectional butt-joint of two cage rods, compatible with Ø6mm support rods
Central through hole: Ø28mm, compatible with Ø28mm opto-mechanical components
M4 threaded mounting holes at the bottom for installing connecting rods, suitable for free-space applications

The CSJ-28 cage plate has a thickness of up to 27mm. The cage block can be directly used as a support for cage systems and can be fixed and supported with a single mount. Thanks to its sufficient thickness, it offers more stable application performance compared to other thin-type cage plates.

Model	CSJ-28
Specifications	40.727.040.7mm
Central Aperture	Ø28.3mm
Through Hole Spacing	Ø6mm, Spacing: 30*30mm
Weight	64.3g
Material	7075 Aluminum Alloy

Technical Description

(1) The cage block can be directly used as a supporting component of the cage system and can be fixed and supported with a single mount. Due to its sufficient thickness, it provides more stable application than other thin cage plates.

(2) The CSJ-28 cage plate has a thickness of up to 27mm and is equipped with four through holes with a spacing of 30mm, compatible with our Ø6mm cage rods. Its sufficient thickness allows the bidirectional butt-joint of our Ø6mm support rods. Each through hole is fitted with a set screw on the side, which can be tightened with a 1.5mm hex wrench or a ball head screwdriver.

(3) M4 threaded holes are provided at the bottom, allowing direct mounting on our Ø12mm connecting rods and Ø1-inch connecting rods for free-space setup.

(4) It can be used with circular wedge prisms, namely the CWP-C circular wedge prism combination. The CWP-C is a precision manual beam steering device, ideal for laser beam manipulation applications, which can deflect the light beam normally incident on the vertical surface of the prism. The wedge prism mount contains a pair of circular wedge prisms with a continuous coarse adjustment range of 360°, which can be manually coarsely adjusted by the knurled rings located at the front and rear of the mount. After the beam alignment and calibration are completed, lock the device with the set screws at the upper and lower ends.