Wavelength Opto-Electronic designs and manufacture precision optics and many other optical components used in a broad range of applications including laser processing, thermal imaging, vision scanning, and consumer’s electronics. Our optics are categorised across Laser Optics, IR Optics, UV & Vision Optics, and Molded Optics.
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19 rows . Wavelength (µm) Focal Length (mm) Focus Type F# BWD (mm) Mount …
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Manual: 2.5: 33.1: Bayonet: 640 x 512, 15µm: Infra-SW252.5-30: 0.9 – 2.5: 25: Manual: 2.5: 13.5: C-mount: 320 x 256, 30µm: Infra-SW352.0-30: 0.9 – 2.5: 35: Manual: 2.0: 13.4: C-mount: 320 x 256, 30µm: Infra-SW502.0-30: 0.9 – 2.5: 50: Manual: 2.0: 13.5: C-mount: 320 x 256, 30µm: Infra-SW752.0-30: 0.9 – 2.5: 75: Manual: 2.0: 13.5: C-mount: 320 x 256, 30µm: Infra-SW1002.0-30: 0.9 – 2.5: 100: Manual…
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19 rows . Manual Focus: 2.0: 24.84: Bayonet Mount: 640 x 512, 15µm: Infra …
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Operational Type: Manual Wavelength: ... Wavelength Opto-Electronic provides small-sized medical lenses with a large field of depth, low distortion, reliable durability and …
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Infrared Optics Digital Catalogue. Infrared optics are used to collect, focus or collimate light in the near-infrared (NIR), short-wave infrared (SWIR), mid-wave infrared (MWIR) or long-wave infrared (LWIR) spectra. The wavelength of infrared optics is ranged between 700 – 16000nm. Wavelength Opto-Electronic offers various infrared optics …
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Laser Optics. Laser Optics comprise of finest performing Laser Optical Components at a particular or broad scale of wavelengths of UV, Visible, and IR spectral regions to use in medicine, biology, spectroscopy, metrology, automation, and several other industries. Wavelength Opto-Electronic …
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Wavelength Opto-Electronic provides small-sized medical lenses with a large field of depth, low distortion, reliable durability and water-resistant. These tiny plastic lenses are widely used in disposable endoscopy applications. Examine with our Endoscope Lens
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Wavelength Electronics – Your Competitive Edge. For over 25 years, Wavelength has led the laser control industry by simplifying advanced quantum cascade laser, laser diode and thermal control for demanding electro-optical applications. Laser safety is paramount and protection is built into every module. Quality manufacturing consistently ...
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Wavelength switching – 200nm transition ; 1.5ms, 50nm transitions in 1ms Bandwidth switching – Typical transition times of ; 1.5ms for both input and exit slits Digital shuttering (TTL) – Typically 2ms (depending on bandwidth) Built in fast electronic shuttering on all versions
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Wavelength Opto-Electronic (S) Pte Ltd is ISO 9001 certified since 2004, with our core business in optics design and manufacturing laser optics, optical modules, complex system customisation and...
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manufacturing and technical support to our worldwide customers, with subsidiaries of WaveLab Scientific (Nanjing) and Wavelength Singapore. Wavelength Opto-Electronic Locats in Jiangning Hushu industrial park with an area of more than 13000 square meters, we adhere to the core values of "customer, quality, innovation, and efficiency", follow the mission of "broaden the wavelength", and advance to our vision …
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Wavelength Opto-Electronic, Singapore, Singapore. 439 likes · 2 talking about this. Wavelength Opto-Electronic Pte Ltd main business is designing and manufacturing laser optics and industrial laser...
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Wavelength Opto-Electronic can produce plastic and glass Molded Optics with customized needs for user-specific applications. We offer 1-25mm size molded lenses that are applicable not only in the consumer electronics market but also in the laser, medical and metrology fields.
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Product Description Beam expander in laser system development is utilized for calibrating various elements. The diameter of the laser beam at the laser system output is adapted to the required diameter at the input of the objective lens. The beam expander is also primarily used in laser-material processes.Fixed beam expanders are also designed for specific beam expansion applications such as ...
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Wavelength Opto-Electronic designs and manufacture precision optics and many other optical components used in a broad range of applications including laser processing, thermal imaging, and vision scanning. Our optics are categorised across Laser Optics, IR Optics, and UV & Vision Optics.
Infrared optics are used to collect, focus or collimate light in the near-infrared (NIR), short-wave infrared (SWIR), mid-wave infrared (MWIR) or long-wave infrared (LWIR) spectra. The wavelength of infrared optics is ranged between 700 – 16000nm.
The light source for single mode optical fibers is a laser emitting light of the wavelength of 1310 or 1550 nm. If, using the same single mode fiber, multiple wavelengths are sent simultaneously (WDM-wavelength division multiplexing), the transmission speed may reach the order of terabits per second (Tb/s).
Wavelength Electronics solves problems for researchers and OEMs that use high precision laser diodes, quantum cascade lasers, and thermoelectrics. We're always looking for individuals with analog electronics design experience that want to satisfy customers while continuing to learn.