- Machine accuracy and dynamics as related to low damage grinding, by Dr. Jeff Roblee
- 3-D Metrology and Correction of Aspheric Diffractive Optics by Erik Stover Taylor Hobson and Dr. Jeff Roblee Precitech Inc.
- Factors Affecting Surface Finish in Diamond Turning by Jeff Roblee
- Characteristics: Rapidly Diamond Turn Non-Rotationally Symmetric Surfaces
- Shoot for the Stars – NASA Grant means big things for Precitech
- Freeform Machining with Precitech Servo Tool Options
- Precitech Shapes its Lathes with QNX
- Precision Temperature Control for Optics Manufacturing by Jeffrey W. Roblee
- Closing in on Perfection – Fortune Magazine Article
- An ultra precision micro grinding process using PCD tools tried by micro EDM
- Precitech’s Philosophy on Ultra Precision Machine Control
- Advanced Metrology for the Aircraft Industry
- Aspheres and Diffractive Surfaces
- Error Budget as a design Tool for Ultra-Precision Diamond Turning Machines
- Lens Restores Some Patients’ sight – New Technology makes Lens More Affordable
- DIFFSYS-Diffractive & aspheric lens generation software for precision diamond-turning
- Partnering with TNO
- Design of ultra precision modular, Freeform machine tool
- The Development of Machine Components with Nanometer Capabilities
- A Modular Approach to Diamond Machining
- On the Design of Ultra Precise Machine Slides
- Design of a New Generation CNC Grinding Machine
- The Design of a Machine Tool for Spherical Lens Production
- Capstans or Lead Screws? Comparing the Performance of Diamond Turning Machines
- Elid Dressing of Grinding Wheels
- Opticam SM Update
- Qualification and Performance Analysis of an Interferometric Sensor
- Optimized Tool Path Descriptions for Aspherical Surface Generation
- Opticam Machine Design
- An Evaluation of Ultra Precision Machine Tool Contouring Performance
- Fundamental Axial Spindle Motions and Optical Tolerances
- Compensation of Residual Form Errors in Precision Machined Components
- Diamond Turning Achieves Nanometer Smoothness
- Machining Non-axis symmetric Optics 1
- Machining Non-axis symmetric Optics 2
- A Description of Off-Axis Conic Surfaces
- The Single Point Diamond Turning of Optical Surfaces for Visible Wavelength Applications
- The Characterization of the Geometry of Mono crystalline Diamond Contouring Tools
- Optical Tolerating for Diamond Turning Ogive Error
- An Exact Description of Far Off-Axis Conic Surfaces
- The Results of Cutting Tests Performed on a Sub-Micro inch Resolution Lathe
- The Design and Construction of a Sub-Micro inch Resolution Lathe
- An Investigation of the Effects of Diamond Machining on Germanium
- The Use of Aluminum Alloy Castings as Diamond Machining Substrates
- An Unusual Two Mirror Telescope – A Diamond Machining Example
- The Grinding of Optical Glasses on an Ultra Precision Machine Tool
- Recent Developments in the Generation of Glass Aspherical Surfaces
- Diamond Turning Applications to Multi mirror Systems
- Recent Developments in Diamond Turning
- Testing Generalized Rotationally-Symmetric Aspheric Optical Surfaces
- Specifications & Manufacturing Considerations of Diamond Machined Optical Components
- Production Aspects of Single Point Diamond Turning
- Making the most of Precision Machining
