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Flip Mirror Holder KSH 90
The swing leaf bears a wobble plate with an adjustment range of ± 0.5° and an aperture of 2". Optics with a thickness > 12 mm (normally 2" mirrors) are fixed with a plastic screw.
Optical components (such as mirrors and beam splitting paltes) having a thickness of only 10 mm can be pressed aganst three stops with the enclosed two clamping shoes and thus fixed.
The swing angle is 45°, the repeatability < 100 µrad. The swing time of the motorized version is about 1 s.
- for use with SYS 90
- black anodized aluminium alloy
- mountable onto pin or slide
- manual operation or motorized
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The Laser Mech Lens Mounting System solves the problem of lens removal for replacement and inspection. By using a simple cartridge mounted lens inserted into a side slot in a permanently positioned manifold block, the problems of the traditional threaded, axially inserted lenses are avoided. This innovative mounting method allows removal and replacement of the lens in seconds with no readjustment of the optical alignment and without the removal, replacement or disassembly of any other part of the optical system.
Each assembly consists of a lens mount manifold block with very fine, adjustable lens centering screws and a spring-loaded, lens holder assembly to hold the lens. The lens holder contains all the seals necessary to pressurize the space beneath the lens for use with the Gas Jet Manifold.
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As you scan through our various mounts we have a selection of Single Circular Filter Wheel Mounts, a Universal Stand Mount, Compensated Circular Filter Mounts & a 8 Position Filter Mount.
* Compensated Linear Filter Mounts
* Degree Scales
* Mounts
* Storage Boxes
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ROLYN Mirror Mounts are designed to give the very best combination of economy and performance. There is no glass-to-glass contact. Clear aperture obscuration caused by the plastic mirror holders is minimal. These three holders form an adjustable rigid orthogonal kinematic mount for the mirror which resists vibration and handling. Black anodizing minimizes reflections. Mirrors are not supplied with the mount.
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Most microscope objectives are optimized for the same object-to-image distance. This allows objectives to be interchanged without refocusing. Most Melles Griot objectives have an object-to-image distance of 195 mm because long focal lengths are required to maintain both the same image plane (150 mm from the mounting shoulder) and good image quality. All objectives are achromatic and have industry-standard microscope threads for cross compatibility.
The visible, infrared, and infinite-conjugate microscope objectives from Melles Griot are achromatic (i.e., color corrected at 656.3 nm and 486.1 nm). The RMS mounting thread (0.8 inch, 36 TPI) matches the industry standard making these objectives compatible with non- Melles Griot microscopes. Color coding makes identifying objective power easy when numerical markings cannot be seen. Visible objectives are antireflection coated for 400 to 700 nm; infrared objectives are antireflection coated for 1300 to 1500 nm.
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Astrodon® tru-balance filters are the first filters designed to match the sensitivity of modern CCD cameras. Using filters matched with the detectors greatly simplifies all aspects of deep-sky tri-color imaging. Benefits include shorter imaging times, G2V white point balance, balanced OIII nebula color, and pre-balanced RGB channels when using Kodak Blue Plus CCDs.
They are an outgrowth of over a year and a half of research, published in Sky and Telescope and presented at AstroImage and Imaging the Sky conferences. The narrowband filters, H a, SII and OIII, allow you to image when the moon is up, thereby extending the amount of imaging time you have each month. Since they are parfocal with the LRGB filters, you can easily focus on the L or C filter and then switch to the narrowband filter WITHOUT refocusing.
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The AC 530-F convinces our customers in working processes by state-of-the-art control-, drive- and measuring technologies. The AC 530 can be delivered as Fine Grinding, lapping- or polishing machine according to our customer’s requirements.
The AC 530 of the microLine range is a development by Peter Wolters incorporating latest innovations and enhanced features for even more applications. The AC 530 sets standards in fine surface planarization and comes with every advantage of it’s larger sister models of the microLineÒ range. This includes various available levels of automation solutions as well as drives and full wheel cooling options. The machine capacity could also be increased by 15 % through the larger wheel diameters – compared to our AC 500. This delivers additional opportunities for our customers to compete in their markets and to gain higher profits. A lower Cost of Ownership level is provided for through extended service intervals.
In the range of Glass Fine Grinding Peter Wolters machines convince especially in:
· up to 1000 µm/min cut-rate
· extremely high workpiece throughput
· extreme cost saving
· low cost per workpiece
· low contamination problems
· ready-to-polish grinding quality
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Fully automated industrial finishing of organic lenses: Polycarbonate, CR39 and High index Allows to process lenses with smaller B measurement. Available with or without drilling.
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The Centromatic machines center and edge lenses of 10 to 300 mm in diameter – fast, reliable and precise.
The complementary tool geometry permits processing of complex lens shapes (i.e. not-rotatory symmetric contours as well as not round shapes) without tool change – with two spindles (option) even faster.
The Centromatic grows with your demands, extension is easy, because of the modular construction.
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High precision laser engraving system for marking ophthalmic progressive lenses. The CO2 laser system is prepared to engrave semi-visible markings on organic lenses. Marks convex and concave surfaces. Desktop system.
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The G-System is the innovative machine design concept enabling to choose the version that meets your specific demands.
Because of its flexible kinematics the G-System machines can process spheres, aspheres, prisms and cylinders.
Two base models are available for different working ranges and applications. The GI processes lenses Ø 40 – 500 mm and prisms with a maximum eveloping circle of 310 mm. The GII processes lenses Ø 20 – 120 mm. Both versions can be equipped with 1 or 2 tool/workpiece spindles, automatic loading system and automatic tool changer. Process steps available are pre- and fine generating, edging, two-side complete processing. The processing methods are: aspherical processing with tool lip or tool cylinder, shapes and centering with tool lip or tool cylinder and single or bath prism production.
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Efficient production of spheres, aspheres and more.
Application:
After the very successful LOH Spheronorm 50-and 120-series, Satisloh engineers now developed the next generation platform for the production of lenses and more up to 60 mm in diameter, or even higher depending on the lens design. SPM 60 and SPS 60 stand for an innovative, modular system platform, enabling application specific grinder and polisher variants.
The revolutionary 360° multi-functional swivel head with 2-tool spindle technology, the ultra-compact polymer concrete base, and the large working range of the inductive linear axis motor result in a new level of performance in working speed, performance and process stability.
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Superior performance-to-cost ratio, high performance fast tool generating for soft tool polishing, provides outstanding surface quality and form accuracy.
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The fully automated VFT-orbit generator is a friction free air-bearing system combined with Circumvolution Technology, high performance
control system and proprietary fast-tool technology enable exceptionally accurate and wave-free surface quality, ideal for fast form-conserving polishing.
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Fully automated polishing system with large tool magazine and lens cleaning system. Auto-FLEX ejects used tools when life time is exceeded. High yields, no lens damage: gripper takes lens without touching the polished and pre-cleaned surface
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Fully automatic single station prismatic alloy blocker for semi-finished lenses. Automatic conveying of job trays via conveyor belt. Lens recognition system for precise alignment of lenses (recognizes type, position and height). Recognizes most available progressive lenses and is equipped with a self learn mode for new lenses. Blocking chucks recognition system.
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Fully automated system for applying protective tape to semi-finished lenses. Job trays are automatically conveyed via conveyor belt.
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Full-automatic NC Centering Machine
- Ready for various types of workpieces with changing production amount 80% savings on Preparation Work!!
- Double productivity by application of twin manufacturing axes!!
- Simple preparation work by NC control with no need of extra skills!!
- Only small space required! Robot & stocker combined!!
- Manufacturing size from Ø2mm to 20mm (Even up to Ø30mm with some restriction)
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State of the art technology, working pressure achieved within 4 minutes, consistent uniform coatings – even on curved substrates, optimized deposition processes for different substrates, high deposition rates.
Based on many years of thin-film experience this sputtering system the SP-100 reflects the state of the art in precision pulse plasma sputtering technology. The single-target, reactive sputtering principle provides outstanding flexibility for process innovation and simplified operation.
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The key product is the PLURITANK range which, owing to its modular construction method, is designed to meet the many requirements associated with industrial batch cleaning. PLURITANK systems are an alternative to solvent-based plants, granting excellent cleaning without the associated health and safety issues.
PLURITANK ultrasonic cleaning systems comprise a combination of different process modules.
The systems can be equipped with bar code readers, which control the quantity and the type of product being treated, and “traceability” systems so to monitor the process constantly and save data and parameters related to the different stages as for times, temperature, ultrasonic power, trends, etc. All modules composing the system are entirely fabricated in stainless steel and available in standard version or adaptable to customers’ specific production requirements.
Novatec’s systems can be used for following applications:
Surface preparation prior PVD-CVD treatment and Surface stripping
Automotive, aeronautics and Defense industry
Medical industry (components and orthopaedic prostheses)
Optical industry and eyewear frames
Watch industry, jewellery, silverware and small components
Moulds for plastic, glass and die casting & Industry of Precision Mechanics
Industry of Electrical, Electronic, Semi-Conductors and customized and specially designed cleaning systems
Treatment finishing for Components and Fittings & Photovoltaic Industry
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The MC-380-H is a stand alone AR Box coater or - combined with an ultrasonic cleaning system - a complete coating solution. It offers consistent sophisticated AR coatings in short process times with an easy process setup.
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High volume vacuum Box Coater.
The 1200-DLF Box Coater deposits anti-reflective (AR) and / or mirror coatings on organic and mineral glass lenses via thermal evaporation process. It offers multiple process applications. This machine is built for highest throughput requirements in Rx-Lab and stock lens production.
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The AC 530-F convinces our customers in working processes by state-of-the-art control-, drive- and measuring technologies. The AC 530 can be delivered as Fine Grinding, lapping- or polishing machine according to our customer’s requirements.
The AC 530 of the microLine range is a development by Peter Wolters incorporating latest innovations and enhanced features for even more applications. The AC 530 sets standards in fine surface planarization and comes with every advantage of it’s larger sister models of the microLineÒ range. This includes various available levels of automation solutions as well as drives and full wheel cooling options. The machine capacity could also be increased by 15 % through the larger wheel diameters – compared to our AC 500. This delivers additional opportunities for our customers to compete in their markets and to gain higher profits. A lower Cost of Ownership level is provided for through extended service intervals.
In the range of Glass Fine Grinding Peter Wolters machines convince especially in:
· up to 1000 µm/min cut-rate
· extremely high workpiece throughput
· extreme cost saving
· low cost per workpiece
· low contamination problems
· ready-to-polish grinding quality
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|
Efficient production of spheres, aspheres and more.
Application:
After the very successful LOH Spheronorm 50-and 120-series, Satisloh engineers now developed the next generation platform for the production of lenses and more up to 60 mm in diameter, or even higher depending on the lens design. SPM 60 and SPS 60 stand for an innovative, modular system platform, enabling application specific grinder and polisher variants.
The revolutionary 360° multi-functional swivel head with 2-tool spindle technology, the ultra-compact polymer concrete base, and the large working range of the inductive linear axis motor result in a new level of performance in working speed, performance and process stability.
|
|
|
Fully automated polishing system with large tool magazine and lens cleaning system. Auto-FLEX ejects used tools when life time is exceeded. High yields, no lens damage: gripper takes lens without touching the polished and pre-cleaned surface
|
|
|
|
|
|
The key product is the PLURITANK range which, owing to its modular construction method, is designed to meet the many requirements associated with industrial batch cleaning. PLURITANK systems are an alternative to solvent-based plants, granting excellent cleaning without the associated health and safety issues.
PLURITANK ultrasonic cleaning systems comprise a combination of different process modules.
The systems can be equipped with bar code readers, which control the quantity and the type of product being treated, and “traceability” systems so to monitor the process constantly and save data and parameters related to the different stages as for times, temperature, ultrasonic power, trends, etc. All modules composing the system are entirely fabricated in stainless steel and available in standard version or adaptable to customers’ specific production requirements.
Novatec’s systems can be used for following applications:
Surface preparation prior PVD-CVD treatment and Surface stripping
Automotive, aeronautics and Defense industry
Medical industry (components and orthopaedic prostheses)
Optical industry and eyewear frames
Watch industry, jewellery, silverware and small components
Moulds for plastic, glass and die casting & Industry of Precision Mechanics
Industry of Electrical, Electronic, Semi-Conductors and customized and specially designed cleaning systems
Treatment finishing for Components and Fittings & Photovoltaic Industry
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1 / 1 - KOMBI 48/12 A
A washing plant which uses aqueous solutions activated by ultrasound, and rinsing on carbon and mixed resin bed columns. Drying is carried out with hot air in a tunnel type oven. The plant is completely carinated.
The baskets handling system is completely automatic and is managed by a PLC which is easy to program using the tactile screen.
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The Centromatic machines center and edge lenses of 10 to 300 mm in diameter – fast, reliable and precise.
The complementary tool geometry permits processing of complex lens shapes (i.e. not-rotatory symmetric contours as well as not round shapes) without tool change – with two spindles (option) even faster.
The Centromatic grows with your demands, extension is easy, because of the modular construction.
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High precision laser engraving system for marking ophthalmic progressive lenses. The CO2 laser system is prepared to engrave semi-visible markings on organic lenses. Marks convex and concave surfaces. Desktop system.
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The S-5500 FESEM offers outstanding levels of resolution across the entire accelerating voltage range with resolutions of 0.4 nm at 30 kV and 1.6 nm at 1 kV. EDX analysis and imaging can be carried out without changing specimen position. An easy and intuitive graphical user interface has been combined with a large LCD monitor to enable outstanding, high quality images to be produced quickly and easily. A simple mode selection makes it easy to switch between high resolution imaging and EDX analysis operating conditions. The microscope's side-entry specimen stage has excellent stability and provides smooth motion at even the highest magnifications.
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