Wild - instruments for optical tooling and for precise measurements

brochure from Wild Heerbrugg about :

Wild instruments for optical tooling and for precise measurements in industry and laboratories:
with special emphasis on autocollimation equipment

P.Jackso, HeerbHgg

1. Introduction
2. Autocollimation
2.1 Explanation
2.2 Applications
2.3 Advantages of autocollimation
2.4 The following should be noted when working with autocollimation
3. Autocollimation with Wild instruments
3.1 The Wild Autocollimation Eyepiece GOA
3.2 Wild T2 and T3 theodolites with built-in autocollimation eyepiece
3.3 Autocollimation with steep sights
4. Autocollimation mirrors and autocollimation prism
4.1 Autocollimation mirrors
4.2 Wild GAPl Autocollimation Prism
5. Some typical examples of the use of Wild autocollimation equipment
5.1 Using an autocollimation theodolite and an autocollimation prism
5.1.1 Checking the parallelism of rollers
5.1.2 Establishing an optical framework around a structure
5.1.3 Transferring a direction to a different level
5.2 Using an autocollimation theodolite and an autocollimation mirror
5.2.1 Checking flatness
5.2.2 Measuring the rotational accuracy of an axis or shaft
5.2.3 Calibration a dividing table
6. Centring Wild theodolites
6.1 Using the optical plummet of the theodolite
6.2 Wild ZBL Roof and Ground Plummet
6.3 Wild ZL and NL Automatie Plummets
7. Wild theodolites with fixed vertical index
8. Wild levelling instruments and levelling staffs for precision measurements
8.1 Wild N 3 Precision Level
8.2 Wild NA2 Universal Automatie Level
8. 3 Staff s for industrial measurements
9. Other accessories for Wild theodolites and levels
9. 1 Parallel plate mierometer
9.2 Short-focusing lenses
9.3 Objective pentaprism
9.4 Wild GL02 Laser Eyepiece
9.5 Eyepiece lamp and collimators
10. Ref erences
11. Wild brochures