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  • Microfluidic Chips | Micralyne
    Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Micro Needles Molecular Diagnostic Assays Microfluidic Chips Microfluidic Chips and End use devices for applications such as lab on a chip range widely from designs for single sample injection to complex designs for multiple samples diluent addition microfluidic mixing and microfluidic separation Microfluidic chips are used in a large number of applications including genomic analysis proteomic separation and analysis flow cytometry bio warfare detection water analysis cell analysis and many more Micralyne Advantage With over two decades of experience in developing and manufacturing microfluidic chips to the highest quality standards Micralyne has the capacity to get innovative designs into production without reinventing the wheel Customers benefit from a partner capable of creating brilliant solutions to major microfluidic challenges and getting novel competitively priced microfluidic products to market Applications using our MEMS technologies include DNA Separation and Analysis Protein Separation and Analysis Cell Sorting Medical Diagnostics Drug Discovery Biowarfare Detection Thermal Anemometry Water Testing Social Proof With hundreds of satisfied end users Micralyne is the established choice of the BioMed sector looking for innovative ideas consistent manufacturing and strong project management

    Original URL path: http://www.micralyne.com/applications/biomed-mems/microfluidic-chips/ (2016-04-27)
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  • Optical MEMS | Micralyne
    Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve With our expertise in optical technologies we enable our customers to implement smaller faster function rich and cost effective optical systems If your project involves precise optical alignment a laser optical bench an optical filter structure or the use of a complex mirror Micralyne has a solution Micralyne Advantage Micralyne has played a role in nearly every optical application that involves MEMS We have worked with some of the largest optical equipment and component manufacturers in the world The extensive process capabilities in our technology platforms enable accelerated development smooth process integration and optimized production yields Micralyne has manufactured solutions for MEMS based Optical Cross Connects OXC Wavelength Selective Switches WSS for ROADMs Variable Optical Attenuators VOA for attenuation control Spatial Light Valves for high attenuation and light extinction Silicon Optical Benches SiOB for advanced packaging of fiber optic components Laser Sub mounts for laser assembly with Au Sn solder Notice Uninitialized string offset 0 in nfs c06 h02 mnt 174192 domains micralyne com html wp content themes micralyne carousel testimonial php on line 11 Notice Trying to get property of non object in nfs c06 h02 mnt 174192 domains micralyne com html wordpress wp includes post template php on line 289 Notice Trying to get property of non object in nfs c06 h02 mnt 174192 domains micralyne com html wordpress wp includes post template php on line 289 With our expertise in optical technologies we enable our customers to implement smaller faster function rich and cost effective optical systems If your project involves precise optical alignment a laser optical bench an optical filter structure or the use of a complex

    Original URL path: http://www.micralyne.com/applications/optical-mems/ (2016-04-27)
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  • Silicon Optical Benches (SiOB) | Micralyne
    Benches BioMed MEMS Micro Needles Molecular Diagnostic Assays Microfluidic Chips Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve As digital communication speeds increase laser to fiber mechanical connections require increasing precise alignments and tight tolerances Effectiveness of optical devices in high frequency applications require integrated alignment of multiple individual elements Partnering with the right fabricator to ensure precision alignment light coupling optimization and robust manufacturing processes is critical They also require packaging to enable high volume manufacturing at low costs Our MEMS devices and micro fabrication expertise provide tailored customer solutions for this application Micralyne Advantage Silicon Optical Bench and Laser Sub mount applications require low cost implementation Micralyne works closely with its customers to design effective solutions Micralyne offers numerous application specific silicon optical bench and laser sub mount platforms to address even the most challenging cost benefit requirements From material selection to optimized process steps we collaborate with customers to align performance requirements and production solutions Our platform solutions include silicon glass aluminum nitride and other purpose specific materials Next Steps Discover Micralyne s core competencies in

    Original URL path: http://www.micralyne.com/applications/optical-mems/silicon-optical-benches/ (2016-04-27)
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  • Mirror Arrays | Micralyne
    Needles Molecular Diagnostic Assays Microfluidic Chips Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Advances in MEMS technology and surface micromachining have led to the development of numerous optical devices that take advantage of micro mirror structures Our two decades of experience in miniaturized mirrors capable of high reflectivity rapid actuation and precise movement have enabled countless new applications in Optical Communications Medical Devices Imaging and Micro Displays to name a few Micralyne Advantage Micralyne s interdisciplinary teams of mechanical electrical and optical engineers and technicians have developed fabricated and mass produced dozens of innovative designs for miniaturized mirrors that are used in data centers medical equipment and telecom systems Over two decades we have developed an extensive array of Optical MEMS IP and process modules to enable rapid development and accelerated time to market for our customers Our highly successful manufacturing engagements include Variable Optical Attenuators VOA Single Mirror Optical Switches Single Mirror 1 2 1xN Wave Selectable Switches 1xN Mirror Arrays NxN Arrays for Optical Cross Connect Switches OXC Next Steps Micralyne would like to discuss your

    Original URL path: http://www.micralyne.com/applications/optical-mems/mirror-arrays/ (2016-04-27)
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  • Actuation | Micralyne
    Board Members Corporate Values Testimonials Contact Us Design Resource Library News Releases Careers Actuation BioMed MEMS Micro Needles Molecular Diagnostic Assays Microfluidic Chips Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Optical Elements require fast and precise movement Products like micro mirrors and light valves use small incremental steps to accomplish tasks like laser beam steering and spectrum changes To accomplish this precise actuation designers use various methods to drive structures Micralyne Advantage Micralyne has developed several actuation platforms used by our customers to drive optical structures These platforms take advantage of the Micralyne MEMS and micromachining capabilities like DRIE Thin Film Deposition and Wafer Level Packaging Actuation platforms include Electrostatic Actuation Comb Drive Plate Drive Various electrostatically driven structures Scanning Mirrors Mirror Arrays Optical Switches Thermal Actuation Thermally driven structures for simple low cost actuation Laser alignment mirror alignment and simple switches Piezoelectric Actuation Various bulk materials like PZT AlN and others for low power and small form factors Next Steps Micralyne can suggest the best actuation approach for your requirements Contact Us Click here for a description

    Original URL path: http://www.micralyne.com/applications/optical-mems/actuation/ (2016-04-27)
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  • Spatial Light Valve (SLV) | Micralyne
    Board Members Corporate Values Testimonials Contact Us Design Resource Library News Releases Careers Spatial Light Valve BioMed MEMS Micro Needles Molecular Diagnostic Assays Microfluidic Chips Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve High contrast high speed projection displays and high pixel count graphics applications require controlling the light source and a solid state laser MEMS devices are required to modulate the light to achieve the required performance Sourcing the right service provider for the design testing prototyping and mass production of MEMs based light valves is a critical to achieve quality reliability competitive pricing of end products Micralyne Advantage Micralyne s Spatial Light Valve SLV can function much like a superior diffractive switch to achieve high contrast projection displays It offers extraordinary value to customers when used in the zeroeth order This mode achieves over 96 per cent throughput of the laser wavelength used to provide very high resolution displays with upto 50 savings in source laser energy Next Steps Shed more light on the value of choosing Micralyne for your SLVs Contact Us Click here for a

    Original URL path: http://www.micralyne.com/applications/optical-mems/spatial-light-valve/ (2016-04-27)
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  • MEMS for Industrial Sensors | Micralyne
    cost effectiveness of sensor applications BioMed MEMS Micro Needles Molecular Diagnostic Assays Microfluidic Chips Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Pressure Sensors Inertial Sensors Gas Detection We live in a increasingly Connected World Every imaginable device will eventually be connected to a cloud based data system to sense everything from air quality to livestock fertility and to provide real time data to users This trend spans Consumer and Industrial environments and is spawning countless new applications and infrastructure spending Sensors are becoming ubiquitous and are the common foundation for each and every one of these new applications Purpose designed MEMS sensors hold the key to mass adoption deployment and return on these massive investments under way in Consumer devices Internet of Things IOT or Business to Business networks Micralyne Advantage Micralyne has a solid track record in managing the entire development cycle from initial proof of concept to high volume production and time to market Deep experience in designing and manufacturing novel sensors and full device architectures makes us an ideal partner for customers building products for the Fully Connected World We also provide solutions and a track record of success in logistical challenges in design including remote sensing harsh environments and safety critical applications MEMS sensors manufactured by Micralyne include Pressure sensors Gas sensors Accelerometers Thermal imaging sensors Flow sensors Micro valves and more Micralyne customers range from Fortune 500 to fabless device companies It is a challenge to find a foundry having the experience of an OEM manufacturer and the willingness to work with a medical company during product development when volumes are low Micralyne has the capability and experience to produce quality product at both low and high volumes John Santini President and

    Original URL path: http://www.micralyne.com/applications/industrial-sensors/ (2016-04-27)
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  • Pressure Sensors | Micralyne
    Resource Library News Releases Careers Pressure Sensors BioMed MEMS Micro Needles Molecular Diagnostic Assays Microfluidic Chips Optical MEMS Silicon Optical Benches Mirror Arrays Actuation Spatial Light Valve Industrial Sensors Pressure Sensors Inertial Sensors Gas Detection Microfabrication Pressure Sensors Inertial Sensors Gas Detection Pressure sensors are among the most widely used MEMS based devices and can be found in industrial automotive aerospace defense and consumer applications There are a variety of techniques to create pressure sensors but nearly all device functions are either Capacitive or Piezo resistive Pressure sensors also have an enormous range of sensing values and robustness determined by the application and its operating environment Micralyne Advantage Conceiving creating and refining a wide range of pressure sensors has resulted in some common well characterized platforms and processes at Micralyne Most pressure sensors are manufactured in silicon but we also solutions on materials like glass and alumina Customers can receive either die level solutions or fully packaged and tested products ready for shipment to end users Our expertise and experience in process elements includes but is not limited to Metal Deposition Boron Doping KOH Etch Grinding and Polishing Wafer Bonding Next Steps Begin to build a better performing pressure sensor

    Original URL path: http://www.micralyne.com/applications/industrial-sensors/pressure-sensors/ (2016-04-27)
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