The SN100C-F3H SUPREMA Stainless Steel Clear Quadrant Kinematic Optical Mount is fabricated from pressed and sintered powdered metal stainless steel. Through our patent pending process we create cost-effective pressed and sintered powdered stainless steel mounts with performance comparable to that of wrought stainless steel. Newport's SN100 design has been optimized utilizing our broad experience in opto-mechanics, vibration damping and isolation, optics, and material science. Through comprehensive design, finite element analysis, and rigorous testing, we have achieved performance previously attained only through high cost, custom stainless steel mounts. Our Patented clear quadrant design exposes the edge of the optic, allowing beams to pass close to the edge of a mounted optic. 1 inch (25.4 mm) diameter optics are front loaded and held securely in place against precision mounting pads using the nylon-tipped setscrew, or be epoxied in place. Extensive laboratory testing has shown that epoxying the optic in place provides optimal performance and stability. SN100 mounts have superior adjustability and feel. Polished and lapped carbide pads enable smooth, repeatable motion. This three actuator configuration with 127 TPI locking Hex Adjustment Screws has tip and tilt adjustability over a range of +/- 7 degrees as well as translation. Convenient 8-32 (M4) counterbored clearance holes provide quick, precise, secure and stable mounting. SUPREMA mounts are compatible with standard post and post holder systems for adjustable height and pedestal posts for a stable fixed height.

SN100C-F3H至上不锈钢透明象限运动光学支架是由压制和烧结的金属粉末不锈钢制成的。通过我们正在申请专利的工艺，我们创造了具有成本效益的压制和烧结粉末不锈钢支架，其性能可与锻造不锈钢媲美。新港的SN100设计充分利用了我们在光学力学、减振与隔离、光学和材料科学方面的广泛经验进行了优化。通过全面的设计、有限元分析和严格的测试，我们取得了以往只有通过高成本的定制不锈钢支架才能达到的性能。我们专利的透明象限设计暴露了光学的边缘，允许光束通过接近安装的光学边缘。1英寸(25.4 mm)直径的光学元件通过尼龙头固定螺丝固定在精确的安装垫片上，或环氧树脂固定在适当的位置。广泛的实验室测试表明，环氧化的光学器件提供了最佳的性能和稳定性。SN100支架具有优越的可调性和手感。抛光和研磨碳化物垫，使平滑，可重复的运动。这三个执行机构配置127 TPI锁定六角调整螺钉具有尖端和倾斜可调范围+/- 7度以及平移。方便的8-32 (M4)埋头间隙孔提供快速、精确、安全、稳定的安装。适用于可调高度的标准立柱和立柱架系统，适用于固定高度的固定支座立柱。