Offering a diverse selection of body tubes, accessory optics, motorized configurations and lighting techniques,

this modular zoom lens system has Navitar’s world-renowned optic built in and the “building block design”

can be configured to fit nearly any application.

The parfocal optical system of the Zoom 6000 has a 6.5:1 zoom ratio, a 0.7X to 4.5X zoom range, and total magnification

(depending on lens adapters and attachments used) of 0.08X to 212X. The working distance can be varied from 36 mm (1.5″) to

356 mm (14″). The achievable field of view can vary from 0.02 mm to 125.68 mm.

Features include:

• Dynamic magnification range of 0.08-212X offers incredible versatility

• High contrast images and vivid colors help your equipment perform better.

• 0.02-125.68 mm field coverage allows you to view a wide range of parts.

• Working distance can be varied from 36 to 356 mm.

• Add infinity corrected objective lenses to achieve unmatched edge flatness and clarity.

determines the mechanical nature of your zoom system. Body Tubes may

be zoom or non-zoom configurations. Options include:

Manual Zoom Modules

Apertures

Detents

Fine Focus

Coaxial Illumination

magnification and higher resolution imaging is required

Users can choose to motorize the zoom and focus axis, or just the zoom.

Available motors: 2 Phase Stepping Motor (Faulhaber), 5 Phase Stepping Motor (Oriental, Vexta), DC Servo with Encoder (Faulhaber)

All HE units can be controlled via USB or RS-232 drivers with Windows and LabView “VI” software.

Adapter tubes are available in magnifications range from 0.5X to 5.0X.

Also availabe in compressed “mini” and “short” versions or choose a right angle adapter

and mount to vary the orientation and optical path of the system.

To obtain a non-inverted right angle image, consider using the (NIRA) adapter.

NIRA adapters must be fitted to the Zoom 6000 body tubes in order to maintain path length.

extend the working distance out to 350 mm or pull it in as close as 35

mm. The extending lenses (.75X, .5X, and .25X) decrease the overall

magnification, and increase the field of view. The shortening lenses (1.5X,

and 2.0X) increase the magnification and decrease the field of view. As the

working distance goes from long to short, the “taking NA” of the system

increases, resulting in an increase in resolving power.

Right Angle and Non-Inverting Right Angle attachments are also available

Controllers are necessary to drive the motor.

Power supplies are required to power the controller and drivers

Universal clamps allows for more creative and flexible mounting solutions when integrating the zoom system into a machine or in a laboratory environment with limited space.

offer high resolution and unparalleled sensitivity for capturing microscopic

images in the near infrared (NIR) wavelength band of 700-1550nm.

Motorized lenses are available upon request.

• Incredible 12X (0.58-7X) magnification for inspection of a wider range of parts.

• Telecentric attachment gives you the world’s first parfocal telecentric zoom lens with field coverage up to 50 mm.

• Increased resolution with 0.018-0.1 N.A

• Variable working distance from 37 to 334 mm.

• Field of view from 0.01 mm to 83 mm with attachments.

• Unmatched edge flatness and clarity.

• Works with 1/4″, 1/3″, 1/2″ and 2/3″ format cameras.

• The 12X Zoom System utilizes existing Zoom 6000 adapter tubes.

determines the mechanical nature of your zoom system. Body Tubes may

be zoom or non-zoom configurations. Options include:

Manual Zoom Modules

Apertures

Detents

Fine Focus

Motorized Drive

Coaxial Illumination

magnification and higher resolution imaging is required

Users can choose to motorize the zoom and focus axis, or just the zoom.

Available motors: 2 Phase Stepping Motor (Faulhaber), 5 Phase Stepping Motor (Oriental, Vexta), DC Servo with Encoder (Faulhaber)

All HE units can be controlled via USB or RS-232 drivers with Windows and LabView “VI” software.

Adapter tubes are available in magnifications range from 0.67X to 5.0X.

Also availabe in compressed “mini” and “short” versions or choose a right angle adapter

and mount to vary the orientation and optical path of the system.

To obtain a non-inverted right angle image, consider using the (NIRA) adapter.

NIRA adapters must be fitted to the 12X body tubes in order to maintain path length.

extend the working distance out to 350 mm or pull it in as close as 35

mm. The extending lenses (.75X, .5X, and .25X) decrease the overall

magnification, and increase the field of view. The shortening lenses (1.5X,

and 2.0X) increase the magnification and decrease the field of view. As the

working distance goes from long to short, the “taking NA” of the system

increases, resulting in an increase in resolving power.

There are three telecentric adapters available for use with the special 12X

Zoom Lens, Straight (no coax), straight with coax, right angle folded.

Right Angle and Non-Inverting Right Angle attachments are also available

condition to within 0.3 degrees while maintaining constant perspective and

magnification. Ideal for a wide range of applications, including precise

dimensional measurement of objects or pattern recognition.

Controllers are necessary to drive the motor.

Power supplies are required to power the controller and drivers

For applications where vibration is of concern, flat mount options are available for more stability. Universal clamps allows for more creative and flexible mounting solutions when integrating the zoom system into a machine or in a laboratory environment with limited space.

offer high resolution and unparalleled sensitivity for capturing microscopic

images in the near infrared (NIR) wavelength band of 700-1550nm.

Motorized lenses are available upon request.

• High resolution, diffraction-limited f/4.5 optical quality for high precision measurement and inspection.

• Long working distance makes lighting and handling easier.

• Compact size.

• Coaxial lighting available for shadow free illumination.

• Compatible with high-magnification infinity corrected objectives (5X, 10X, 20X, 50X).

• Mechanically stable for the most demanding vibration environments.”

• Modular design for flexibility.

• Optics attach to any C-mount camera.

• Short tube length (approx. 4 inches) and small diameter (1.25 inches).

• Allows for co-axial illumination and/or 3 mm fine focus.

• High transmission (>70%) over the visible to near IR spectrum.

• Covers magnification factors of between 0.30X and 7.2X.

• Working distance ranges from 36 mm to 356 mm.

Non Fine Focus

Fine Focus

Polarizer

Coaxial Illumination

magnification and higher resolution imaging is required

automated and controlled with a motor driver. Options include:

Fine Focus

Motor Type

Coaxial Illumination

These body tubes are available in coaxial illumination / 3 mm fine focus

and non-fine focus.

Adapter tubes are available in magnifications range from 0.5X to 2.0X.

adapter tubes are available in standard and right angle formats

and mount to vary the orientation and optical path of the system.

extend the working distance out to 350 mm or pull it in as close as 35

mm. The extending lenses (.75X, .5X, and .25X) decrease the overall

magnification, and increase the field of view. The shortening lenses (1.5X,

and 2.0X) increase the magnification and decrease the field of view. As the

working distance goes from long to short, the “taking NA” of the system

increases, resulting in an increase in resolving power.

Right Angle and Non-Inverting Right Angle attachments are also available

Controllers are necessary to drive the motor.

Power supplies are required to power the controller and drivers

offer high resolution and unparalleled sensitivity for capturing microscopic

images in the near infrared (NIR) wavelength band of 700-1550nm.

Motorized lenses are available upon request.