MSS-1 Square Two-Axis Adjustment Mirror Mount- MT Series Microscope Objective Thread Adapters Product Description Solid brass construction M32 and SM2 external thread adapters available Realizes thread conversion between RMS/M25/M26/M27/M32/M34/M40/SM1/SM2 Compatible with most objective turrets, mounting frames, and for compatible connection of cage
- Out of stock MUS810M-G-UV UV Scientific Camera
Product Description Simple structure and rich functions: accurately measures the optical axis height of experimental optical paths, supporting free-space, rail system, and cage system optical paths; Calibrates the installation perpendicularity and plane coordinate position of a
Product Description Used for beam collimation and height measurement; Equipped with metric and imperial laser scales: Metric total scale length 240mm with 1.0mm graduation; Imperial total scale length 9.44 inches with 1/16in graduation; Measures beam height- Product Description Maximum travel of 4 mm for X, Y and Z axes Flexure design ensures smooth, continuous motion and long-term stability Top plate with grooves for precise alignment of multi-axis stage accessories Compact dimensions: 112.0×112.0
- Product Description 4 mm travel for X, Y, and Z axes Flexure design ensures smooth, continuous motion and long-term stability Preconfigured adjusters for manual coarse or fine adjustment Compact dimensions: 77.5 × 74.0 × 62.4 mm
New Portable Red Green Cross Line Laser Diode Module Generator for Alignment Woodworks Sawmill Tiles
Product Description Specially designed to maintain the polarization characteristics of the reflected and transmitted beams of incident laser radiation; Only separates the energy of the incident light, and the polarization states of the two emergent beams- NPC-F Fiber Polarization Controller
- NPY Series Tilt-Rotation Stages
- Product Description Attenuation optical assembly for laser observation with cameras. Easy to control and adjust the output power of fixed-power lasers. Designed specifically for use with the BeamTester beam analysis system. Nearly distortion-free and interference-free attenuation.
