Please be advised that Edmund Optics® will be closed, with no shipping, on Thursday, November 26th. On Friday, November 27th, Customer Service and Engineering Support will have limited availability between 8:30am and 4:00pm EDT.
Single Point Diamond Turning: EO Build-to-Print Manufacturing
Edmund Optics utilizes Diamond Turning to produce a wide range of high precision optical components. Single Point Diamond Turning is a manufacturing technique for producing off-axis parabolic (OAP) mirrors, off-axis elliptical (OAE) mirrors, and other precision metal optical components. Off-axis focusing mirrors are aberration-free across a broadband wavelength range, making them ideal for use in instrumentation and laser systems including Schlieren, MTF, FLIR, and FTIR, along with IR lasers such as Quantum cascade lasers.
Single Point Diamond Turning is the mechanical machining of precision elements, using lathes or other machines equipped with diamond-tipped tool bits. Edmund Optics utilizes diamond turning to produce a wide range of high-precision optical components. Diamond turning is an ultra-precise machining process that generates desired surface profiles with accuracies of a few nanometers or less, whereas conventional machining can only produce an accuracy of around 1 micron. Environmental conditions significantly affect the accuracy, performance and lifetime of diamond turning equipment. Diamond turning cells must have strict controls in place for temperature, cleanliness and vibration. EO's diamond turning machines have built-in vibration control systems. EO uses diamond turning to produce Off-Axis Parabolic mirrors, Off-Axis Elliptical mirrors and other precision optical components out of metals, plastics and crystalline materials. Our diamond-turned 50 angstrom Off-Axis Parabolic mirrors are designed for low scatter in the visible spectrum, with a surface roughness of less than 50 angstroms. EO also has the ability to diamond turn monolithic optical assemblies, such as our TECHSPEC Monolithic Reflective Beam Expanders (Mark I), which offer 10th wave wavefront error and broadband performance for UV, visible and infrared applications, from 250 nanometers to 10 microns. EO invests heavily in process improvement, including Six Sigma, lean processes and Kaizen events to reduce set-up time, increase lot sizes and minimize waste. This results in cost savings that are passed on to our customers. Our in-house machine shop allows us to create our own tooling and blanks, further reducing our lead times. A host of metrology is used to inspect and ensure the quality of diamond-turned parts, including interferometers, profilometers and coordinate measuring machines. In addition to our wide selection of standard components, Edmund Optics offers build-to-print or custom capabilities to meet your application needs. To learn more about diamond turning at Edmund Optics, visit us online at www.edmundoptics.com/diamondturning