Micro Alignment Telescopes

The Micro alignment telescope range consists of series of high precision optics whose line of site are set parallel and co-axial to the cylindrical datum that forms the mechanical outer body of the telescope. This mechanical datum in conjunction with precision targets can be used to set accurate lines of site over long distances, features include precision micrometers for measurement of X,Y displacement as well as a focus range from 25mm to infinity.

Micro Alignment Telescopes with built in optical micrometers	Micro Alignment Telescope and CCD
Alignment Telescopes	Micro Alignment Laser system

Micro Alignment Telescopes with built in optical micrometers

The micro alignment telescope allows the user to set true lines of sight for applications such as the alignment and measurement of bearings and bores. By use of two precision micrometers X,Y displacement can be measured with accuracies of 0.05mm over 30 metres. Taylor Hobson's range of precision targets and accessories further enhance this range making them truly versatile for a large number of applications.

These instruments provide precision while maintaining the robustness required for the most exacting of environments. Parameters include alignment, parallelism, squareness, level/flatness and straightness for applications from alignment of propellor shaft bearings to aircraft frame alignment, features include;

• Mechanical to optical co-axiality to less than 6um
• Parallelism of optical line of sight to mechanical axis less than 3 arc secs
• Precision Cylindrical datum for simple fixturing 
• X,Y precision micrometers with 0.02mm resolution
• Wide range of accessories to assist in alignment and measurement

Alignment Telescopes

The alignment telescope allows the user to set true lines of sight by utilising the parallelism and co-axiality of its optical to mechanical axis providing alignment axis of 0.05mm over 30 metres. Taylor Hobson's range of precision targets and accessories further enhance this range making them truly versatile for a large number of applications.

These instruments provide precision while maintaining the robustness required for the most exacting of environments. Parameters include alignment, parallelism, squareness, level/flatness and straightness for applications from alignment of propellor shaft bearings to aircraft frame alignment, features include;

• Mechanical to optical co-axiality to less than 6um
• Parallelism of optical line of sight to mechanical axis less than 3 arc secs
• Precision Cylindrical datum for simple fixturing 
• Wide range of accessories to assist in alignment and measurement

Micro Alignment Telescopes and CCD

The micro alignment telescope allows the user to set true lines of sight for applications such as the alignment and measurement of bearings and bores. A CCD display automatically calculates X,Y displacement with accuracies of 0.05mm over 30 metres, the CCD is particularly useful where access is a problem. Taylor Hobson's range of precision targets and accessories further enhance this range making them truly versatile for a large number of applications.

These instruments provide precision while maintaining the robustness required for the most exacting of environments. Parameters include alignment, parallelism, squareness, level/flatness and straightness for applications from alignment of propellor shaft bearings to aircraft frame alignment, features include;

• Mechanical to optical co-axiality to less than 6um
• Parallelism of optical line of sight to mechanical axis less than 3 arc secs
• Precision Cylindrical datum for simple fixturing 
• X,Y Displacement via remote CCD display 
• Wide range of accessories to assist in alignment and measurement

Micro Alignment Laser System

Micro Alignment Laser is a laser measuring instrument equipped with the latest optical and electronic components for precise measuring of straightness, flatness, parallelism, perpendicularity, alignment and much more.

It comprises a highly stable laser transmitter with integrated micro-adjustment for fine alignment of the laser beam, a high-precision position sensitive device (PSD) receiver with a complete electronic processing system and software for use on a laptop, notebook or desktop PC. The software provides users with comprehensive support for extensive geometrical measuring including recording of data in reports.

• Simple compact design
• Easy Icon driven software
• Digital output with clear graphical display and report facility
• Battery operated with blue tooth wireless technology