Visi 2.0 labomed Camera

Visi 2.0 labomed Camera Specification

Magnification
No magnification

Objective
Eye Piece

Measurement
2 Step To 5 Step

Lens
Optics

Theory
Round

Color
White

Product Type
Ophthalmic And Optical

Material
Metal

Size
25 cm

Weight
1.5 Kilograms (kg)

Length
250 Millimeter (mm)

Function
Imaging

Resolution
1080

Visi 2.0 labomed Camera Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Week

About Visi 2.0 labomed Camera

The Labomed Visi 2.0 is an advanced, in-built beam splitter and camera system designed primarily for Labomed surgical and diagnostic microscopes (such as slit lamps). It seamlessly integrates high-resolution imaging, data archiving, and software analysis into a single, compact workstation.

Precise Imaging Performance

Experience crisp and reliable imaging with the Visi 2.0 Labomed Camera. Built for accuracy, its 1080 resolution and superior optics deliver detailed visuals without magnification, making it perfect for observational applications. The robust metal construction and ergonomic design ensure longevity and ease of use in demanding laboratory environments.

Versatile Application in Laboratories

Engineered for seamless integration into laboratory workflows, this camera supports imaging for eyepiece-based observations. Its adaptable measurement range and compact 25 cm size make it suitable for various experimental setups, while the lightweight 1.5 kg build adds mobility without sacrificing stability.

FAQ's of Visi 2.0 labomed Camera:

Q: How does the Visi 2.0 Labomed Camera function without magnification?

A: The Visi 2.0 Labomed Camera is designed to capture accurate images directly through the eyepiece without adding additional magnification, ensuring that what you see is faithfully recorded for analysis or documentation purposes.

Q: What is the process for installing the Visi 2.0 Labomed Camera on laboratory equipment?

A: Installation involves securely attaching the camera to the microscope's eyepiece port, connecting any necessary data and power cables, and configuring software if required. Detailed instructions are provided in the user manual for compatibility and setup guidance.

Q: When should the Visi 2.0 Labomed Camera be used in laboratory workflows?

A: This camera should be used during situations requiring detailed, real-time imaging, such as sample documentation, collaborative research, or digital archiving where precise, unaltered visuals are essential.

Q: Where is the Visi 2.0 Labomed Camera's application most beneficial?

A: It is most beneficial in research, clinical, and educational laboratories where accurate imaging of microscope specimens is required. Its durable design and clear optics enhance usability in various scientific settings.

Q: What are the benefits of using the Visi 2.0 Labomed Camera for imaging purposes?

A: Users gain the advantage of high-resolution (1080) imaging, reliable color reproduction, and ease of attachment to standard eyepieces. The durable metal body ensures consistent performance over time, supporting continuous laboratory use.

Q: How does the measurement range (2 Step to 5 Step) enhance camera usability?

A: The 2 Step to 5 Step measurement range allows users to adjust settings based on specific imaging requirements, offering flexibility across different observational tasks and sample types within the laboratory context.

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