• POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table

POT-G Series Hollow Cone Vibration Isolation Optical Table

No.POT-G Series
FEATURES
  • Crossed roller bearing loop sliding rails
  • High Precision Resolutions
  • Equipped with rotary decoders
  • Plug in/out ESP Re-starting functions

The Motorized Rotary Stage delivers precise rotational control with high stability, engineered for integration with an optical breadboard and breadboard optical table systems, meeting advanced laboratory demands.

$1400.00
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • POT-G Series Hollow Cone Vibration Isolation Optical Table
  • Description
  • Services & Guarantee

Product Description

Precision Integration for Advanced Optical Systems

Designed specifically for technical professionals, this motorized rotary stage enables highly accurate angular positioning essential for applications needing compatible modular platforms. As a solution developed by a welding optical table manufacturer, it integrates flawlessly with both optical breadboard and breadboard optical table configurations. Target users include laboratory engineers and optical system integrators who rely on consistent rotational accuracy combined with ease of integration to streamline complex experimental setups involving an optical table breadboard environment.

Engineering Features and Detailed Specifications

The stage features state-of-the-art rotary decoders and plug-in/out ESP restart functionality for optimized control responsiveness. Constructed with hollow cone rubber vibration isolation, it minimizes external interference critical for precision tasks on an optical breadboard. The manual leveling and isolator height adjustment mechanisms ensure fine-tuning capability with a surface roughness standard of ≤ 0.05 mm/m² for accurate component mounting. Total table height is standardized at 800 mm with vertical and horizontal inherent frequencies adjustable between 2-8 Hz, confirming robust compatibility within the optical table breadboard ecosystem.

Operational Applications across Industries

In practical use, this motorized rotary stage serves a key role in microscopy and clinical diagnostics requiring stable and repeatable rotational manipulation. Its performance enhances various optical research setups where multidimensional stage combinations are necessary, often installed atop breadboard optical table layouts. By facilitating vibration-sensitive trials and alignment procedures, it supports workflows demanding high stability and predictability, ensuring seamless system integration with optical breadboard manufacturer solutions.


Product Advantages

Structural and Design Innovations for Robust Integration

The design leverages modular flexibility characteristic of leading welding optical table manufacturers, allowing straightforward integration into existing breadboard optical table frameworks. The combustion of manual leveling and isolator height adjustments within a hollow cone rubber vibration isolation structure contributes to superior mechanical stability. This synergy between design elements guarantees that optical table breadboard systems maintain precise alignment and rigidity under dynamic lab conditions, supporting comprehensive customization aligned with optical breadboard manufacturer standards.

Enhanced Usability and Performance Benefits

Users benefit from dependable, smooth rotational movement facilitated by advanced rotary decoders, optimizing experimental repeatability. The plug-in/out ESP restart mechanism simplifies operational continuity, reducing downtime. Elevated vibration resistance courtesy of the hollow cone rubber design enhances environmental isolation, yielding improved data accuracy when mounted on an optical breadboard or breadboard optical table. The ergonomic aspects of manual adjustment promote ease of onsite calibration, thereby maximizing efficiency in highly technical environments dependent on optical table breadboard configurations.




TECHNICAL SPECIFICATIONS:


Inherent Frequency

4-8Hz, vertically; 2-4Hz, horizontally

Vibration lsolation Structure

Hollow cone rubber structure

Leveling Type

Manual

Total Table Height

800mm

Breadboard Surface Roughness

≤0.05mm/m²

Isolator Height Adjustment Range

≤0.8um, matt surface finish




About Us

At OpticalTable, we specialize in providing top-tier optical equipment and precision components for research, industrial, and laboratory applications. Our focus is on delivering high-performance products that enhance the capabilities of optical systems, microscopes, and experimental setups. With years of expertise in the field, we supply advanced optical platforms such as motorized rotary stages, vibration isolation systems, and other cutting-edge components to support your scientific endeavors. Our commitment to quality, innovation, and customer satisfaction has made us a trusted partner in the optics industry.

 

Why Choose Us?

1.High-Quality Products: We provide only the best, rigorously tested optical and precision components that ensure reliability and optimal performance in your experiments.

2.Customization Options: Our products are customizable to meet your specific research needs, from optical breadboards to microscope stages, ensuring perfect fit and functionality.

3.Expertise and Experience: With years of experience in the field of optics, we bring deep knowledge and technical support to every product we offer.

4.Competitive Pricing: We offer high-quality equipment at competitive prices, ensuring that you get the best value for your investment.

5.Global Reach and Support: Serving clients worldwide, we provide excellent customer service and technical support, wherever you are located.

 


FAQ
What materials are used in the construction of the Motorized Rotary Stage?
We manufacture the Motorized Rotary Stage using durable materials tailored for laboratory environments. Key components include a hollow cone rubber vibration isolation system and a matte surface finish, ensuring stable mounting on optical breadboards and breadboard optical tables designed for precise applications.
Can the Motorized Rotary Stage be customized to fit specific industrial needs?
We offer customization options for clients requiring tailored solutions beyond the standard specifications. If you need modifications to better suit your industrial or research environments, please contact us directly to discuss possible adjustments and custom production plans.
How does the Motorized Rotary Stage integrate with existing optical breadboard systems?
Our stage is engineered for seamless compatibility with most industrial-grade optical breadboards and modular breadboard optical tables. This ensures easy installation and reliable performance in setups requiring precise angular positioning and vibration isolation.
What maintenance procedures are recommended to ensure optimal performance?
Routine inspection of the manual leveling and isolator height adjustments is advised to maintain rotation accuracy and vibration dampening. We recommend contacting us for guidance on proper upkeep to preserve the integrity of your breadboard optical table and ensure long-term stability.
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