Description
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 on magnetic optical platforms or breadboards;
- Two magnets at the bottom provide holding force for quick placement and removal;
- Features mounting slots at the bottom for M6 set screws;
These laser straightedges are made of anodized and blackened aluminum, with scales engraved on the surface for beam collimation and height measurement. In addition to measuring the height of the laser beam from the platform, they can also be used for horizontal alignment of laser beams. Capable of measuring beam heights up to 24cm, facilitating laser beam alignment.
Technical Description
(1) These laser straightedges are constructed from anodized and blackened aluminum, with engraved scales on the surface for beam collimation and height measurement. Besides measuring the height of the laser beam relative to the platform, they can also be used for horizontal laser beam alignment. They can measure beam heights up to 24cm, enabling easy laser beam alignment. Note: Due to the presence of magnets, these straightedges must not be placed near pacemakers, credit cards, or other devices susceptible to magnetic fields.

(2) The total scale length on each height gauge is 240mm, with graduation intervals of 1.0mm. The compact size allows it to fit into small gaps between accessories for easy integration into the setup.

(3) The bottom of these laser straightedges is equipped with magnets, allowing the straightedge to be fixed to magnetic work surfaces. Compared with screw fixation on optical platforms, this magnetic fixing method offers greater mobility flexibility. For more permanent fixation on magnetic or non-magnetic surfaces, the bottom of the straightedge is also provided with mounting holes for M6 set screws to secure it to the platform.

Assembly

Application Examples





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