WSG-01 Goniometer

Application:

The  WSG 01 goniometer is designed for specimen orientation when cutting along desired direction  is required.
 

General Characteristics:

The WSG 01 goniometer is used to hold samples in the process of orientation using scale or different methods such as Laue photo, laser beam reflection, optical method and than cutting on high precision saws.
A sample can be rotated 360° in one axis with 0.1° vernier and 120° in second axis with 0.1° vernier.  The goniometer can be fixed to the WS 22,  WS22B or WS 26 wire saw.
The WSG 01 goniometer is constructed of stainless steel. The scales are deeply engraved and filled with a black  ink. The specimen is cemented to a mounting table  which is the central element of the goniometer. There are precision rises available to center the specimen in goniometer arcle. The table can be moved up to 10 mm on either side of center to realign crystal with the goniometer axle.
WSG-01 Goniometer

WSG-02 Goniometers

Application:

The WSG-02 goniometer is used to orient specimens when cutting is required along desired direction after orientation using either X-ray  or optical orientation techniques.

General Characteristics:

The WSG 02 is a semi three axis goniometer. A sample can be rotated   360o  in  one  axis with 0.1° vernier and  120o in  the  second  axis  
with 0.1° vernier .The second - horizontal axis   is equipped with fine adjustment with vernier of   0.5'. There is also fine adjustment of vertical  
axis rotation in the range of ± 10° with vernier of 0.5°. After specimen orientation  goniometer can be mounted on the WS 22, WS22B or WS26  
wire saws for subsequent processing.
 
WSG 02  goniometer  is constructed of hard stainless  materials and anodized aluminum.  The scales are deeply engraved and filled with a  
black  ink. The  specimen  is  cemented to a mounting table   which  is the central element of the goniometer. There are   precision  rises   
available  to increase or decrease the height of the table for centering the specimen in goniometers arc. The table can be moved up to 10 mm on  
either side of   center  in  order  to realign the sample with axle of goniometer.

WSG-03 Goniometers

Application:

The WSG-03  goniometer is used to orient specimens when cutting is required along desired direction after orientation using either X-ray or optical orientation techniques.

General Characteristics:

The WSG 03 goniometer is used to hold samples in the process of orientation using scale or other different such as Laue photo, laser beam reflection, optical method and than cutting on high precision saws.
A sample can be rotated 360° in one axis with 0.1° vernier and 160° in second axis with 0.1° vernier.  Movement around horizontal axes is provided by scaled hand wheel enabling fine adjustment. The goniometer can be fixed to the WS 22,  WS22B or WS 22C wire saw.
The WSG 03 goniometer is constructed of stainless steel and hard anodized aluminum. The scales are deeply engraved and filled with a black  ink. The specimen is cemented to a mounting table  which is the central element of the goniometer. There is a possibility to mount typical sample holder from WS 22/22B standard accessories.

WSG-04 Goniometers

Application:

The WSG 04 goniometer is of the same parameters as WSG 02 but the center of goniometer axle is 15 mm lower. It is placed 98 mm over the track instead of 113 mm in WSG02. The mounting profile is wider for wide optical tracks as in some types of X-ray diffractometers.

 

WSG-05 Spherical Goniometer

Application:

The WSG-05 goniometer is used when cutting parallel to specimens face is required.

General Characteristics:

The WSG-05 goniometer is used to hold samples in the process of orientation using surface of the guideposts as a reference. Spherical design  
allows simultanous 3 axes rotation. Specimen is either cemented to a mounting table or mounted with specially designed yoke. The goniometer  
can be fixed to the WS-22, WS-22B or WS-26 wire saw.  
The WSG-05 goniometer is constructed of stainless steel and hard anodized aluminum.