NIKON LV-NCNT2: Precision Motorized Nosepiece Controller for Advanced Microscopy Applications

Description

Brand:NIKON

Model:LV-NCNT2

Module Category:Motorized Nosepiece Controllers

Objective Compatibility:Wide range of Nikon and compatible objectives

Motorized Movement:Linear motor for precise positioning

Software Integration:Supports Nikon’s i-LINK software for advanced control

Operating Voltage:12V DC

Dimensions:70mm x 50mm x 25mm

Weight:200g

Material:Aluminum alloy for durability

Operating Temperature:-10°C to 50°C

    The NIKON LV-NCNT2 Motorized Nosepiece Controller introduces a new level of precision to your microscopy experiments, featuring a high-performance linear motor that ensures smooth, accurate movement of the nosepiece. This feature is particularly beneficial when handling sensitive samples or conducting long-term observations, as it minimizes vibrations and reduces the risk of damage to delicate specimens.

    Integrated with Nikon’s i-LINK software, the controller offers enhanced control over your microscope setup, allowing you to customize parameters for different types of analysis. This integration streamlines the workflow, making it easier to switch between tasks and optimize imaging conditions for optimal results.

    Crafted from durable aluminum alloy, the controller is lightweight yet robust, ensuring longevity even in demanding laboratory environments. Its compact design facilitates easy integration into existing microscopy setups without occupying excessive space on your workbench.

    With compatibility across a wide range of Nikon and other manufacturer’s objectives, this controller caters to diverse research needs. Whether you’re working with standard objectives for routine observations or specialized ones for complex imaging applications, the LV-NCNT2 ensures reliable performance.

    Operated within an ambient temperature range of -10°C to 50°C, the controller maintains stable performance throughout various environmental conditions, making it suitable for use in both cool and warm laboratory settings. This robust operational flexibility enhances its utility in different research scenarios.