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
Introducing the NIKON LV-NCNT2 Motorized Nosepiece Controller, designed to elevate the precision and efficiency of your microscopy operations. This advanced controller seamlessly integrates with a wide range of Nikon and third-party nosepieces, enabling smooth, motorized adjustments for enhanced accuracy in critical experiments and quality control processes.
Featuring a robust DC 12V power supply and variable motor speed control, the LV-NCNT2 ensures smooth and responsive operation across diverse experimental settings. Its compatibility with RS-232 and USB protocols facilitates easy integration into existing laboratory setups, streamlining data collection and management.
With a resolution of 0.001mm, this controller delivers unparalleled precision, ideal for applications requiring high levels of detail. It is equipped to handle loads up to 2kg, making it suitable for a broad spectrum of microscopy tasks, from sample preparation to complex imaging studies.
Operating within a temperature range of -10°C to 50°C, the LV-NCNT2 is designed for reliability in varied environmental conditions. Its compact size of 150x100x30mm and lightweight design (0.45kg) ensure ease of installation and mobility, without compromising functionality.
Designed with user convenience in mind, the LV-NCNT2 offers intuitive controls and a durable construction, backed by NIKON’s commitment to quality and customer support. Whether you are a researcher seeking to optimize experimental protocols or an engineer looking to enhance manufacturing inspection processes, the NIKON LV-NCNT2 Motorized Nosepiece Controller is your trusted partner in achieving higher standards of accuracy and efficiency.
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