Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
Highlights The Telecentric lens has a parallel chief ray with its optical axis and is ideal for co-axial lighting. Telecentric lenses eliminate perspective errors in your image and do not change magnification when the WD changed. This allows accurate measurement of 3D objects or even objects that move up and down. While being compact in … Continued
