| 住所 | 〒75087 1208 Sigma Court Rockwall Texas USA |
|---|---|
| TEL | 1-972-722-1064 |
| FAX | |
| URL | http://www.archeroptx.com/ |
| 最終更新日：2022年03月30日 |
Archer OpTx offers the optics industry what could be its most exceptional resource yet: a core of globally recognized photonics experts with an unwavering commitment to ultra-high precision optics, flawless integration, and rapid delivery.
Archer OpTx's PerfectLensTM Diamond Turning offers ultra-high precision diamond turning capabilities for processing exotic materials with fast tool and 5-axis processing power. Many industries benefit from the higher precision processing of these materials.
Archer OpTx provides a full range of traditional optical components with spherical, cylindrical, flat, or toroidal surfaces. Components are available in diameters of a few millimeters to support miniature cameras through two hundred millimeters for your large-scale projects. Surface accuracies are standard at Lambda/4 and can be specified to Lambda/20 if your application requires extreme precision.
Ultra-precision lens elements and mechanics allow the completed assembly to function very near the computer design model with SIVA I, II, and III. The matched resolution enables the highest quality image from your high resolution sensor. Archer OpTx offers custom SIVAs to meet your specific requirements.
The first PerfectLensTM aspheric achromat that is designed to be diffraction limited from the UV through the NIR. The transmitted wavefront aberration is less than 0.06 waves PV and less than 0.01 waves RMS from 350 nm to 1550 nm. PerfectLensTM aspheric achromat is designed so the effective focal length is the same across the full spectrum; optimized for applications requiring an EFL of 2.5 mm or greater.
Archer OpTx ultra-precision glass molded aspheres are produced using the PerfectLens™ technology platform. The PerfectLens™ process molding enables extremely tight tolerancing with high temperature/low CTE RoHS compliant glass. PerfectLens™ molds support a wide range of optical glass, providing the lens designer with the freedom to select the glass that is best suited to the application. The benefits to you are: unmatched optical performance, reduced labor cost for incoming QA and production, and a more consistent final product. Our team of experts can provide optical design assistance to maximize the performance of custom applications.
Archer OpTx molded glass lenses are produced using the PerfectLensTM technology platform enabling extremely tight tolerancing with high temperature/low CTE RoHS compliant glass. The benefits to you are: unmatched optical performance, reduced labor cost for incoming inspection and production, and a more consistent final product.
Archer OpTx’s in house design team can customize a lens to meet your needs. Our design team includes engineering experts in the design of optical systems, encompassing both optical, opto-mechanical, and materials science disciplines. Archer OpTx’s design team works as an integral part of your product development process, working together to develop specifications, explore different optical architectures, choosing the best solution for both performance and cost, and conducting design reviews with you at each step of the process.
Archer OpTx manufactures CNC ultra-high precision machined optics from 3 mm to 200 mm outer diameter using advanced lens element manufacturing processes to provide the opportunity for rapid prototyping. Archer OpTx can deliver a guaranteed turn around in half the time typical in the industry.
Archer OpTx’s PerfectLens™ Diamond Turning offers ultra-high precision diamond turning capabilities for processing exotic materials with fast tool and 5-axis processing power. Many industries benefit from the higher precision processing of these materials. This is especially true for fast tool processing of ultra-high precision IR, MWIR, LWIR and freeform optics.
Archer OpTx provides a full range of traditional optical components with spherical, cylindrical, flat, or toroidal surfaces. Components are available in diameters of a few millimeters to support miniature cameras through two hundred millimeters for your large-scale projects. Surface accuracies are standard at Lambda/4 and can be specified to Lambda/20 if your application requires extreme precision.
