Product type: All Types. Application: Lighting, Medical, Optical, Photography, Laser System. Model: RAY-OM114#.
Overview
Ion Beam Polishing/Optical Glass Ion Beam Polishing/Optical Lens Ion Beam Polishing is an optical lens made from Optical Glass/Fused Silica/Borosillice Glass/CaF2. Listed geometry: all shapes shape. Optical / electrical data: transmittance as Per The Demand. Coating: Polishing/Coating/Uncoating, etc. Listed for Lighting, Medical, Optical, Photography and Laser System applications. Dimensions, material grade, coating and finish can be quoted to your drawing; the values above are the listed starting point.
Specifications
| Material | Optical Glass/Fused Silica/Borosillice Glass/CaF2 |
|---|---|
| Type | All Types |
| Shape | All Shapes |
| Transmittance | as Per The Demand |
| Coating | Polishing/Coating/Uncoating, etc |
| Usage | Lighting, Medical, Optical, Photography, Laser System |
| Model NO. | RAY-OM114# |
| Lenses Color | Clear |
| Polishing Materials Type I | Quartz/Silicon/Sapphire Ingot/Graphite |
| Polishing Materials Type II | Fused Slica/Sic/CaF2/Baf2/Zns/Znse |
| Max.Iob Polishing Size | D1300mm |
| Max. Iob Polishing Thickness | 300mm |
| Iob Polishing Accuracy | RMS Less Than 5nm |
| Ion Source | German RF Ion Source |
| Movement Controlling Method | 3-Axis Linkage |
| Processing Shapes | Planar, Spherical, Aspheric, Ultrathin, Cylindrica |
| Main Processing Technical Capacity Data | Specifications |
| ain Cutting Technologies Advantages | 1).Using 40mm RF ion source, the removal stability is better than 5%, which ensures the stability of polishing quality; |
| ain Cooperation Materials Manufacturers | CORNING, OHARA, SCHOTT, LEONI, AGC,HELLMA, NIKON,VITRON,C-LASER,ETC |
| Supplier | Shanghai Rui Tai Photoelectric Technology Co., Ltd. |
Technical data
| Specifications | Manufacturing Limits |
|---|---|
| Processing Workcrafts | Ion Beam Polishing(IBF) |
| Diameter | ≤1300mm (± 0.010mm) |
| Length | ≤1300mm (± 0.010mm) |
| Width | ≤1300mm (± 0.010mm) |
| Thickness | ≤300mm (± 0.01mm) |
| IBF Accuracy | RMS≤5nm |
| Positioning Accuracy | ± 0.02mm |
| Repositioning Accuracy | ± 0.01mm |
| Movement Controlling Method | 3-axis linkage |
| XY Stroke Size | 0-1300mm |
| Z-axis Stroke Size | 0-300mm |
| A-axis Rotary Angle | A≥60° |
| Ion Source | German RF ion source |
| Maximum Beam Voltage | 2000V |
| Maximum Beam Currency | 1000mA |
| Elimination Function | Gaussian type, stability ≥ 95% |
| Working Vacuum | 5 × 10-3pa |
| Working Vacuum Establishment Time | ≤1.5 hours |
| Secondary Chamber Vacuum Build-up Time | ≤30 min |
| Materials For Processing | Fused silica / fused quartz/Silicon/CaF2/BaF2/ZnS/ZnSeOptical glass, silicon, infrared materials, YAG, sapphire |
| Processing Shapes | Planar, spherical, aspheric, ultrathin, cylindrical, off-axis, free-form surface |
What to specify when you request a quote
- Material — listed as “Optical Glass/Fused Silica/Borosillice Glass/CaF2”; name the glass or crystal.
- Geometry — listed as “D1300mm”; give diameter, focal length or radii, angles and tolerances.
- Surface figure — quote surface figure (λ) and scratch-dig.
- Centring and edges — state centration and edge chamfer.
- Coating — listed as “Polishing/Coating/Uncoating, etc”; list the band and reflectance or transmission target.
Engineering guides for this part
For material grades and coating options, see Fused Silica Windows for UV and Laser Optical Systems. How parts like this are machined and finished is covered in Flat Glass Polishing Process for Precision Substrates. For an application example, read How to Handle and Maintain Precision Glass Components in Laser Systems. Before sending a drawing, check Fused Silica Refractive Index: Key to Optical Design Improvement. A related standard product is Infrared Windows.
