Micro Machining on Free From Surface
Machining Example of Ultra Precision Nano Machine 1
「転写誤差ゼロ」を追求できるナノ加工機はナガセインテグレックス。微細加工機NICseriesによる自由曲面形状への微細加工（微細溝入れ加工・シェイパー加工）事例をご紹介。
Ideal for Development of Various Optical Elements such as Free-Form Lenses and Mirrors.
Micro machining on free-form surfaces (micro-grooving) is the machining of submicron to micrometer size periodic structures on the free-form surface of a workpiece. It is used to fabricate optical element molds for various free-form lenses and mirrors. The NIC, a microfabrication machine with simultaneous 5-axis and 6-axis 1-nanometer control, can create not only straight lines but also sin curves and other complex periodic structures on free-form surfaces. The machine, which has been designed to minimize thermal displacement and vibration, can process fine grooves, lenses, and other patterns with overwhelming pitch accuracy and quality, even on free-form surfaces.
Works
Micro Grooving on Free Form Surfaces
(Simultaneous 6 axes control)
Groove pitch accuracy: 1mm ±0.5μm (Groove depth: 25μm)
Roughness: 52nmRa, 260nmRz
Material: Aluminum
Size: ⌀126mm(100R)
Machine: NIC-300αS4B2-N6
Micro Grooving on Free Form Surfaces
(Simultaneous 3 axes control)
Roughness: 3nmRa, 40nmRz
Material: Non-electrolytic NiP
Size: 120 x 40 x 15mm
Machine: NIC-300S5-N2
Inquiries
We are experts in ultra-precision machining, If you have any type of machining problems, please feel free to consult us.
Consultations are free of charge. First, please tell us about the precision, size, materials, etc. related to the machining you are considering.
For test machining, prototype machining support, or equipment utilization, our experienced engineers at our Technical Center will examine the most appropriate methods and respond promptly.
(For urgent cases, please contact our regional sales offices.)