Optical Tables & Breadboards

Optical Tables & Breadboards
  • Pneumatic Optical Tables

    Description

    The primary goal of designing vibration isolators is to lower the natural frequency of isolators as low as possible, in order to filter ambient vibrations in buildings, before the vibrations can reach and disturb the optical tops. Our integrated pneumatic supports achieve in isolating the low frequency vibrations through the dual-chamber pneumatic isolators and outstanding damping technology. The pneumatic vibration is consisted of two chambers that are uniquely designed to lower its resonant frequency for the better vibration isolation performance in the low-frequency range and increase damping efficiency. The size of an air chamber is optimized and sealed with a ultra-soft rolling diaphragm and a piston, softening the stiffness to further improve the vertical vibration isolation performance. A gimbal support of the pneumatic isolator as a mechanical filter system acts as a gimbal to minimize friction and reduce horizontal displacements. Pneumatic Support with Tie-Bars and Casters

  • Rigid Optical Tables

    Description

    Rigid Support with Tie-Bars and Casters. The rigid support with tie-bars and casters provide a high payload capacity and easy transportation at an affordable price for applications that do not require vibration isolation.

  • Optical Tabletops and Breadboards

    Description

    25, 50 and 100 mm thick steel honeycomb core structure optical breadboards offer the superior stiffness level which effectively minimizes relative displacements in a wide frequency range, ensuring a promised stiffness level and quality for a variety of applications. Steel Honeycomb Core Structure, The corrugated honeycomb steel layers are vertically expoxy bonded with a stainless steel top skin, a carbon steel bottom skin and sidewalls, increasing its core density and minimizing its cell size. The steel honeycomb core structure provides the highest core density and the smallest honeycomb core cell size, offering the maximum static and dynamic rigidity.Smallest Honeycomb Core Cells, Our steel honeycomb core yields in the highest core density and the smallest honeycomb cell size 2.9㎠, offering the superb rigid table top. As the smallest honeycomb cells contributing to increase the elastic selection modulus, the natural frequency of the optical table tops increases, which the table top is less likely to respond to external forces and unfiltered vibration. Moreover, the higher natural frequency minimizes vibration intensities and deflection under loads. Our optical table top is all steel constructed, ensuring the long term thermal stability.

  • Overhead Shelfs

    Description

    Overhead Shelf System, Overhead Optical Table Shelf Systems maximize lab space for power supplies, controllers, oscilloscopes, computers, and other instruments. The electrical outlets are mounted on both sides of the top ofthe overhead shelf system, allowing users to connect instruments to these eletrical outlets.The height of hanging shelves can be easily adjusted for more space.Convenient location of instruments, Increased table space, Mechanical isolation of equipment with fans, Overhead shelves adjusted in height, free standing, Leveling feet for uneven floor, Formed steel welded design, black powder coat finished, Hanging shelves for extra storage space, Grounded-electrical outlets (110v/220v/60Hz) on each side of shelf, N.F.B(30A) for preventing instruments from overload currency

  • Desk-Type Systems

    Description

    Lab Workstation - Workspace Type, The melamine laminate or phenolic laminate finish workspace of Lab vibration isolation workstations is separate from the vibration isolated surface, enabling users to place appliances and perform daily tasks efficiently.All-in-one lab workstation with integrated workspace and vibration isolated working surface, Excellent vibration isolation performance, Automatic leveling system, Ergonomic design for seated users, Optional accessories can be designed into the lab workstation, Custom-build to equipment / individual specifications

  • Active Vibration Isolation Systems

    Description

    Active vibration isolation systems consist of a spring, feedback, and feed-forward control algorithm with vibration sensors and actuators. e feedback control algorithm uses sensors that continuously measure disturbance originating from a payload, and sends signals to the actuators to cancel out that disturbance. At the same time, the feed-forward control system uses measurements of external vibration for controller input, remarkably reducing floor vibration. Active Vibration Isolation in Low Frequency. Applications : Atomic Force Microscopy, Fluorescence Microscopy, Scanning Probe Microscopy, 3D Optical Microscopy, Optical Microscopy with Nanometer Resolution, Digital Holographic Microscopy, Stylus Profilometry, Interferometry, Surface Roughness Metrology.

  • Optical Table Accessories

    Description

    Rubber tile vibration isolators are designed to be placed at the four corners of an optical laboratory bench or other equipment to reduce vibrations.