A laser marking heads consists of the following parts:Galva + driver (board)Mirror + mirror holder (related to wavelength)Control card (marking card) with softwareD/A card (is needed if the output of the control card is digital)F-theta lens (spacer or called adaptor is needed if the space/distance b
read moreThe STXL series narrow linewidth diode lasers are wavelength-stabilized lasers, utilizing wavelength-locking technique with volume Bragging gratings (VBG) which forces the central wavelength tolerance to be ±0.5nm and the optical bandwidth to be less than 0.1nm. In addition to provide narrow spectral bandwidth, these lasers also deliver high output power and excellent stability at 532nm, 638nm, 784nm, 785nm, 808nm, 830nm, 976nm or 1064nm output wavelengths, with power ranging from 100mW to 800mW
read moreModelSTLQ-LA-1064nm / 1030nmSTLQ L-LA-532nm / 515nmSTLQ -LA-355nm / 343nmSTLQ -LA-266nm / 257nmClear apertureØ 18 mmMax. laser beam dia,Ø 15 mmDivergence2 mradOptical designλ/2 ZO Waveplate + High contrast Brewster type thin film polarizerAttenuation range0.1..98%0.1..
read more3D Mapping of Neural Circuits In Vivo Opens the Window on Neurological Disease
read moreSintec Optronics attended the 17th PSECE Exhibition on 16-18 Nov 2022, in Manila, Philippines. The theme of PSECE this year is “Harnessing Digital Transformation to Accelerate Economic Recovery” and it features exhibitions from more than 200 companies, including overseas pavilions from China, Singapore, Germany, and Taiwan. Sintec promoted our advanced manufacturing and laser processing solutions to customers in the semiconductor and manufacturing industries.
read moreSintec Optronics attended the annual Photonics@SG Conference on 10 November 2022 as one of the sponsors. The event is organized by LUX Photonics Consortium Singapore, in collaboration with Optonique Canada and EPIC Europe. As one of the sponsors, we showcased our service offerings and promoted our partners’products to the local academia and industrial participants, as well as international delegates, to great interests and response.
read moreThe hand held power meter is a low cost and lightweight alternative and is Ideally suited for industrial, scientific, and medical applications to use it when setting up your systems or as a service tool to ensure maximum performance of your laser system at any time.
read moreSYL series diode drivers are designed as individual modules and they are very easily integrated into the user’s power supply or control systems. These modules are DC/DC current-constant output or AC/DC voltage-constant plus DC/DC current-constant output. The user can design his own display to show the driving current, voltage, temperature etc. Our drive modules are widely used in laser diodes, diode chips, LEDs and fiber lasers.
read moreMr. Bernhard Westerhoff of Sill Optics visted Sintec on 14 June 2022. He discussed with Sintec on the topics of deepening collaboration in Southeast Asia and improving customer experience. There was also a remote cloud meeting with Guangzhou Ante Laser, a subsidiary of Sintec Group, on potential opp
read moreOur 1940nm series Continuous Wave (CW) and Quasi-Continuous Wave (QCW) fiber lasers deliver CW power up to 100 W and QCW pulsed power up to 625 W from a compact, air cooled, 48 V DC powered package. These highly reliable and energy efficient lasers operate at 1940nm wavelength and provides up to 7J of energy for your most demanding applications. Options include a high-power multi-mode output or a medium power single mode output, ideal for a diverse set of medical, industrial, scientific, aerospa
read moreLithography is the transfer of a designed pattern onto a flat surface, either directly or via an intermediate medium - excluding areas of the surface where the pattern is not required. In photomask lithography, where a design is patterned onto a substrate, a laser is used to expose the pattern, allowing deposited material to be etched away, preparing it for further processing. This lithography met
read moreWe introduce a new product ATR fiber probe for harsh and hazardous environment (high temp, pressure, pH, vibration, etc.) with 12mm diameter shaft (for industrial application) and 6mm diameter shaft (for lab applications). These Fiber Optic ATR-Probes can be used for process-spectroscopy either in Near- or Mid-IR range for in-situ and in-line reaction monitoring in a broad temperature range from -
read moreThe STU-Duetto 349 UV Series offers unrivalled CW single frequency operation within the UV range, offering 50 mW power with outstanding beam characteristics, high output stability, extremely low noise, small footprint, and versatile software package
read moreIn the last years the demand for ultra-low noise microwave (MW) and radio-frequency (RF) signal sources have gained more and more importance. Standard industrial applications and high-end academic experiments require ever higher precision: Radar systems Defence communications Photonic ADC Ultra-stable clocking Test and measurement Satellite communications Particle accelerators, FELs Coherent commu
read moreFREQUENCY COMBS An optical frequency comb is an optical spectrum consisting of a series of discrete equally spaced lines in the frequency domain. Optical frequency combs can be generated in different ways, but have gained more attraction since the gro
read moreSintec Optronics recently participated in a LUX Photonics Consortium networking meeting session online ! LUX is a consortium of photonics companies in Singapore that have come together to share their technologies and capabilities with each other. Vari
read moreBrillouin Scattering The Brillouin Effect is the inelastic scattering of photons caused by their parametric interaction with thermal phonons. Lasers for Brillouin The Brillouin Effect is the inelastic scattering of photons caused by their parametric i
read moreInterferometry Interferometry refers to a wide range of techniques that rely on the superimposition of two coherent light paths, most often split from a single source, to form an interference pattern. Lasers for Interferometry This interference arises
read moreFlow Cytometry Flow cytometry is a method for the quantitative determination of cellular properties, analysing light incident on a focussed stream of fluid containing a heterogenous population of biological samples. Lasers for Flow Cytometry Cells, or other particles, are individually passed through a light path at high speed while suspended in a tightly focussed stream of fluid, causing an energy
read moreShashi Prabhakar, Taylor Shields, Adetunmise C. Dada, Mehdi Ebrahim1, Gregor G. Taylor, Dmitry Morozov1, Kleanthis Erotokritou, Shigehito Miki2, Masahiro Yabuno, Hirotaka Terai, Corin Gawith, Michael Kues, Lucia Caspani, Robert H. Hadfield and Matteo
read moreITER, the International Thermonuclear Experimental Reactor, is a collaborativeglobal engineering megaproject focused on fusion research and the development of the worlds largest experimental tokamak by 2025. A tokamak reactorconfines and controls the
read moreGH will be playing a key role in the UK Government supported Quantum Technologies Challenge. Earlier in 2020, the Government pledged 70M of funding to support the development of quantum technology and the practical applications for the emerging scienc
read moreAlready many organisations rely on atomic clocks for their most accurate measurements of time and there is a large scale movement to take quantum gravimeters out of the lab and into the field in order to monitor ice sheets and magma flow in volcanoes. The possible applications are widespread. The industrial cost for oil exploration companies to find one leak within thousands of miles of pipe runni
read more1. Lasers for Semiconductor Inspectionand Metrology As the complexity on the wafer surfaces grows, it is essential that these fabricated devices are monitored for optimisation and quality control, both during and after processing. Critical parameters
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