DRV-Z1

Digital Stereo 3D viewer with Zoom

DRV-Z1 is a digital stereo 3D viewer with zoom that brings together the benefits of optical stereo microscopy and digital technology into a single unique system.

  • 6x – 186x magnification
  • Digital stereo 3D with vivid depth perception
  • Remote viewing of stereo 3D images in real-time

    3D VIEW – CAPTURE – SHARE

    Image quality

    Designed for inspection and manufacturing applications, DRV-Z1’s stereo digital image provides a natural 3D view, with high definition resolution and excellent subject clarity, enabling better quality inspection.

    Unique 3D without glasses

    For the first time in a digital system, DRV-Z1’s patented technology provides real depth perception, supporting the use of tools for subject manipulation, soldering and reworking. Uniquely, the 3D image is seen without the need for special glasses.

    Ergonomic benefits

    DRV-Z1’s ergonomic benefits includes; freedom of head movement, natural subject view, comfortable working position, easy hand-to-eye co-ordination and ability to wear prescription eye glasses, if required. All contribute to user comfort resulting in improved efficiency, accuracy and productivity.

    Communication across sites

    For organizations with multiple locations and whose supply network is geographically spread out, DRV-Z1’s 3D image view, capture and sharing enables productivity improvement and new opportunities in collaboration via real time digital connectivity.

    Details

    3D VIEW ENHANCES QUALITY AND PRODUCTIVITY

    DRV-Z1 digital stereo 3D image provides a comfortable and natural view of the subject. Creating an image using innovative optical and digital configurations DRV-Z1 delivers 3D view with sharp details, vivid color and contrast.

    Long working distance, large field of view and wide zoom range makes DRV-Z1 suitable for a broad range of applications and supports precise hand-to-eye co-ordination and the use of tools.

    DRV-Z1’s ergonomic design enables good posture and reduced fatigue improving productivity, work quality and user comfort.

    EASY TO USE

    DRV-Z1 requires minimal setup, and is remarkably easy to use with familiar controls designed specifically for efficiency and comfort in the working environment. Very little training is required, with full user benefits achieved quickly.

    NEW LEVELS OF COLLABORATION IN 3D

    DRV-Z1 is the first 3D stereo digital display that allows remote viewing, capture and sharing of the image. The ability to view and share live 3D images in real time across networks creates completely new possibilities for collaboration between customers, colleagues and suppliers.

    Components, parts and products can be viewed in real-time between departments, customers, manufacturers, designers and suppliers locally or around the world. DRV-Z1’s faster and more accurate reporting and sharing contribute to faster, better informed decision making.

    This new level of collaboration removes geographical barriers, enables innovative ways of working, and improves the efficiency and effectiveness of essential operational processes such as rapid prototyping and quality control.

    WHY ERGONOMICS ARE IMPORTANT

    Freedom of head movement

    Vision Engineering’s patented digital technology doesn’t restrict head movement, and so reduces short and long-term neck and back strain. DRV-Z1 takes this concept to a new level, increasing the freedom of head movement through extra-large exit pupils.

    DRV-Z1 offers superior ergonmic digital stereo 3d inspectionA natural view of the subject

    DRV-Z1 delivers a widescreen digital stereo 3D image, enabling users to sit back from the viewer, providing a more natural view. DRV-Z1 delivers superb image quality, irrespective of whether the user wears prescription glasses or not.

    Easy hand-eye-co-ordination

    With Vision Engineering’s patented 3D viewing technology, operators enjoy unaffected peripheral vision that enhances natural hand-to-eye co-ordination, critical for precision inspection tasks, re-work, repair, dissection and other manipulation tasks.

    Stand options

    DRV-Z1 can be configured to suit a wide variety of applications with base options or systems can be mounted directly to the work surface.

    Short base

    DRV-Z1 with short base
    • Easy inspection of small parts
    • Allows for long working distance
    • Subjects can be placed directly on the workbench for maximum clear working area

    Long base

    DRV-Z1 with long base
    • Standard base with ability to add integral dimmable sub-stage illumination
    • Enables the inspection of large samples
    • Reversible subject plate for black or white background

    Long base with sub-stage illumination

    DRV-Z1 with long base
    • Transmitted (sub-stage) illumination permits viewing in a wider range of applications in electronics, life sciences, films and plastics.

     

    Accessories

    Objective lenses

    DRV-Z1 objective lensChoose from a range of objective lenses to provide the desired magnification range or working distance. Objective lenses incorporate anti-reflection coatings to enhance imaging performance.

    • 0.33x
    • 0.4x
    • 0.5x

    Sub-stage Illumination kit

    DRV-Z1 objective lens
    • Can be retro-fitted to the Long base.

    Technical

    To discuss your particular requirements in further detail, please contact your local Vision Engineering representative.

    Display head
    Resolution1920 x 1080 per channel
    Image Size on concave mirror400 x 225mm in 16:9 aspect ratio
    Digital Zoom2x
    Working distance (maximum)182mm
    Inputs
    Power supply100 – 240vac 50 / 60Hz
    Headphone Jack35mm
    Outputs
    Image CaptureUSB2
    Video CaptureHDMI cable to an external video capture card
    Connection to external mono monitorHDMI 1920 x 1080
    Connection to second or multiple DRV-Z1sHDMI daisy chain / Wi-fi connection

    Stand

    • Counterbalanced stand with 150mm vertical travel.
    • Fully adjustable sub-stage illumination (optional)

    Zoom module

    Module with 10:1 optical zoom and fully adjustable surface illumination

    Weight

    Maximum System Weight: 45kgs

    Optical data
    Objective Lens0.33x0.4x0.5x
    Zoom range6.1x – 61x7.4x – 74x9.3x – 93x
    Working distance182mm138mm93mm
    Field of view at max. zoom6.5mm / 3.7mm5.4mm / 3.0mm4.3mm / 2.4mm
    Field of view at min. zoom65mm / 37mm54mm / 30mm43mm / 24mm

    Dimensions

    Short base
    DRV-Z1 short base dimensions
    • A = 823mm max. (673mm min.)
    • B = 390mm
    • C = 323mm
    • D = 721mm
    Long Base
    DRV-Z1 front dimensional drawing
    • E = 823mm max,
      (728mm at 525 eye point, 673mm min.)
    • F = 390mm
    • G = 720.4mm

    The sub-stage illumination is available as an option on the long base.

    Display head
    DRV-Z1 display head dimensions
    • H = 575mm

    FAQs

    What is the resolution of DRV-Z1?

    DRV is a unique display system which should not be categorized in the same way as a monitor. The image of DRV is made up of two full HD channels optically combined on the mirror, thus doubling the line resolution viewed by the user. We refer to the resolution as “full stereo HD”.

    Do I need a PC/software to capture still images?

    No. DRV-Z1 allows the saving of paired images which can be shared and used to reproduce the stereo view in separate DRV-Z1 systems.

    How does the system differ from “3D” monitors already on the market?

    DRV-Z1 uses patented technology that delivers two high resolution channels to the left and right eye giving crisp stereo full HD 3D visualization without the need for glasses.

    Do I need training before using DRV-Z1?

    No. DRV-Z1 intuitive controls makes it easy to use from the start. A comprehensive user manual is provide with the system.

    What is the field of view of DRV-Z1?

    The field of view is dependent on the set magnification and the objective lens you are using. The widest field of view will be achieved with a lower magnification objective. Field of view reduces as magnification increases. Please refer to the optical data for full details.