A NEW BENCHMARK FOR STABILITY AND PRECISION
Fine Adjustment opto-mechanics and mirror mounts are manufactured to exceptionally fine tolerances. Each 170TPI adjuster is fitted with a patented and unique long-life lubricating system and a split head with an additional hexagon socket.
This Helix 2 lubricant system guarantees that the opto-mechanics thread is evenly supplied with lubricant at every turn of the adjuster. Therefore wear over time is eliminated and mirror mount components consistently maintain a very smooth movement and perform to design specification throughout their life.
Fine Adjustment Optomechanics are constructed from specially treated materials in order to prevent movements due to mechanical stress and changing temperatures.
There is a choice of thicknesses of the optomechanics front and back plates offering value for money and ultimate stability. Together with either 2 or 4 powerful springs, these mirror mounts deliver exceptional performance and long-term stability.
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Fine Thread Adjusters |
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The Earth High Stability series incorporates thick M8 stainless steel adjusters as well as thicker front and back plates and 4 powerful springs to improve long term stability and provide lower sensitivity to acoustic and thermal deflection. Ideal when precision and stability is a must.
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The Earth Top Adjustable series is ideal for mounting 1" optics into tight spaces on the optical table. The left or right handing adjustment from the top enables easy hysteresis free adjustment safely out of the beam path.
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The Venus series is a compact version of our Earth series, ideal for ½" optics and crowded optical tables, while still providing the highest levels of performance.
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This compact series is ideal for fitting into small spaces on optical boards and with level height adjusters they are easy to fit. In addition hysteresis has been eliminated so this series is ideal for very demanding applications.
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Colour Concept Components.
We believe our products have class
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Availability in 9 colours not only makes your optical table look interesting, but it will help you to differentiate light beams on a crowded optical layout.