List of products by brand Howie Glatter

Howie Glatter Holographic Attachment for Laser Collimator - Square Grid (25253)
127.14 £
Tax included
You can opt for holographic attachments that screw into the laser aperture and feature a white screen front surface. These attachments include an optical element that disperses most of the laser light into a symmetrical pattern diverging around the central beam. This projected pattern serves the purpose of aligning optical elements by ensuring symmetry with the edge of the optic.
Howie Glatter Laser pointers 650nm 1,25" (59249)
307.55 £
Tax included
To achieve optimal resolution and contrast, precise alignment of a telescope's optical elements is crucial. Collimation, the adjustment of these elements' position and orientation, is key to achieving peak performance. Laser collimation represents a modern approach to achieving accurate and precise collimation.
Howie Glatter Laser pointers 650nm 2" (59251)
472.37 £
Tax included
Achieving optimal resolution and contrast in a telescope requires precise alignment of its optical elements. Collimation, which involves adjusting the position and orientation of these elements, is essential for peak performance. Laser collimation offers a relatively new method for achieving accurate and precise collimation.
Howie Glatter Laser pointers 650nm 2" & 1.25" (59654)
514.85 £
Tax included
For optimal resolution and contrast, a telescope's optical elements must be precisely aligned. Collimation, the adjustment of these elements' position and orientation, is crucial for achieving peak performance. Laser collimation offers a relatively modern approach to accurately and precisely collimating a telescope.
Howie Glatter tuBlug 1.25'' (21637)
207.3 £
Tax included
The tuBlug offers a convenient solution for those aiming to Barlow-collimate their primary mirror from the rear of the telescope, particularly applicable for solid tube Newtonians or situations where adjusting the shroud is impractical.
Howie Glatter Laser pointers 635nm 1,25" (59248)
378.92 £
Tax included
To achieve optimal resolution and contrast in a telescope, the optical elements must be precisely aligned. This process, known as collimation, involves adjusting the position and orientation of these elements to ensure the best performance. Laser collimation is a modern and highly effective method for accurately aligning a telescope's optics.