Providing the light to power the needs of the world for semiconductors. Working on new product design, product enhancement and solving component obsolesce.

MB3 Inc is a product development and engineering support company. MB3 Inc. specializes in laser, optics, opto-mechanical and electro-mechanical projects.Projects include:• Development of Ophthalmic fiber coupled surgical lasers system• Development of stem cell counting instrumentation• Development of optical alignment fixtures• Development of weapon mounted laser aimer• Development of remote powered, rail mounted soldier carried devices• Development of remote… Show more MB3 Inc is a product development and engineering support company. MB3 Inc. specializes in laser, optics, opto-mechanical and electro-mechanical projects.Projects include:• Development of Ophthalmic fiber coupled surgical lasers system• Development of stem cell counting instrumentation• Development of optical alignment fixtures• Development of weapon mounted laser aimer• Development of remote powered, rail mounted soldier carried devices• Development of remote activation for laser aimers, imagers and illuminators• Development of head/helmet mounted illumination systems• Development of head/helmet mounted telescopic sights/vision systems• Development of customizable multi-spectral illumination for tracking • Development of wearable illumination• Development of free space communication devices Show less

Adagio is a medical Startup part of the Fjord Ventures Venture Capital Incubator, the developer of a cryolinear ablation platform for the treatment of cardiac arrhythmia. 1st Generation Surgical Console currently in clinical trials in Europe. 1st Generation Surgical Console ResponsibilitiesResponsible for Gen 1 Console ProductionAssisted with CE mark process for Gen 1 ConsoleCreated assembly drawings and other build documentation to control processBuilt SS Swagelok… Show more Adagio is a medical Startup part of the Fjord Ventures Venture Capital Incubator, the developer of a cryolinear ablation platform for the treatment of cardiac arrhythmia. 1st Generation Surgical Console currently in clinical trials in Europe. 1st Generation Surgical Console ResponsibilitiesResponsible for Gen 1 Console ProductionAssisted with CE mark process for Gen 1 ConsoleCreated assembly drawings and other build documentation to control processBuilt SS Swagelok tubing assemblies for HP N2 distribution2nd Generation Surgical Console ResponsibilitiesResponsible for Gen 2 Console redesignIntegrate new electronics to pass new tougher IEC requirements for medical productsMade design easier to produce, remove brazing, simplify tubing, created subassembliesConverted industrial design intent into RIM reproducible plastic partsDesigned custom sheet metal console chassis, sourcing selection of rapid turn sheet metal fabricatorDesigned and sourced aluminum gravity die cast (permanent mold) console baseOptimized vacuum corrugated tubing assemblies, converted from brazed design to TIG configurationOptimized thin wall tubing assemblies, converted from brazed design to E-beam processConverted SS tubing assemblies into integrated pneumatic manifolds, outsourced productionOutsourced custom copper tube cryogenic heat exchangerSupported New console Electronics DevelopmentDesigned Faraday Shielded Enclosure for EMI/EMP requirementLocated EMP solutions for USB and HDMI interfacesResponsible for User InterfaceCatheter Interface with lock and EPROM interfaceLiquid N2 Port with Custom Cryogenic Fill HoseHP N2 Port with surgical suite ready fill hose Show less

Mark Buczek headed the Advanced Technology Division of Surefire reporting directly to John Matthews, the president of Surefire. Mark worked on the development of a variety of weapon mounted sighting, aiming and illumination products. These sights included open and occluded red dot sights as well as active and passive magnified scopes for handguns, rifles and heavy machine guns.Mark's position at Surefire allowed him to evaluate the soldier level equipment developed to support the 10… Show more Mark Buczek headed the Advanced Technology Division of Surefire reporting directly to John Matthews, the president of Surefire. Mark worked on the development of a variety of weapon mounted sighting, aiming and illumination products. These sights included open and occluded red dot sights as well as active and passive magnified scopes for handguns, rifles and heavy machine guns.Mark's position at Surefire allowed him to evaluate the soldier level equipment developed to support the 10 year war efforts in Iraq and Afghanistan. Mark utilized his intimate knowledge of the equipment used in the recent conflicts, his hands on experience of low light training and most importantly the feedback from experienced soldiers, SOF, EOD, SWAT, and Medics to conceive of and prototype new and improved devices. The goal was to improve their equipment, make them more effective in their tasks while still maintaining situational awareness.The advanced technology group included industrial design, optical, mechanical, electrical and laser engineers as well as weapon armors and low light trainers. To keep the cost down and speed development, a strong core of contract personnel was developed to support research and development activities.Projects included:• Development of Large Format Optical Sight for M-50, MK-19, M-134• Developed a Occluded Optical Sight for handgun• Development of smart scopes• Development of laser aimer and illuminators• Development of user friendly M4 tactical forends• Development of next generation shot gun illuminator• Development of weapon mounted aiming correlation devices Show less

Alcon, now part of Novartis, was a biomedical company in the eye-care business. The Irvine division specialized in instrumentation for eye surgery.Mark's broad photonic experience as well as his mechanism design skills allowed him to work on a variety of high level R&D projects at Alcon. Mark worked in the following capacities at Alcon:- Lead opto-mechanical engineer for 532nm Eyelite laser system used for photo coagulation and retinopathy.- Project Manager and responsible… Show more Alcon, now part of Novartis, was a biomedical company in the eye-care business. The Irvine division specialized in instrumentation for eye surgery.Mark's broad photonic experience as well as his mechanism design skills allowed him to work on a variety of high level R&D projects at Alcon. Mark worked in the following capacities at Alcon:- Lead opto-mechanical engineer for 532nm Eyelite laser system used for photo coagulation and retinopathy.- Project Manager and responsible engineer on Eyelite Slit Lamp adaptations and Laser Indirect Opthalmoscope.- Module champion for Infinity Cataract surgical system. Responsible for exterior functionality, multi-position surgical tray, surgical handpiece holder and console remote control.Responsible engineer, module champion and project manager. - Module champion for Constellation vitreoretinal surgical system. Responsible for multiposition surgical tray and console remote control.Mark takes great pride in the products that went in to production. Show less

REMEC Defense and Space Inc builds high performance, high reliability, RF, microwave and millimeter wave products to customer specifications. These products including filters, multipliers, amplifiers, switches, monolithic microwave integrated circuits, or MMICs operating at frequencies of 10MHz to 60GHz.REMEC, now part Cobham Defense Electronics, was a medium sized San Diego defense and aerospace firm. The Humphrey division was a leading global supplier of spinning mass gyroscopes used… Show more REMEC Defense and Space Inc builds high performance, high reliability, RF, microwave and millimeter wave products to customer specifications. These products including filters, multipliers, amplifiers, switches, monolithic microwave integrated circuits, or MMICs operating at frequencies of 10MHz to 60GHz.REMEC, now part Cobham Defense Electronics, was a medium sized San Diego defense and aerospace firm. The Humphrey division was a leading global supplier of spinning mass gyroscopes used in guidance and control systems.Mark Buczek served as program manager on a missile guidance system program with GEC Marconi. This was a product improvement effort. Show less

• Designed and developed precision rotating electro optical scanning transceivers for laser radar system This system incorporated delicate optics, frameless DC motors, precision (ABEC 9) bearings, high resolution hollow shaft encoders, lasers and sensors.• Designed and developed compact multi-element IR telescopes.• Designed and fabricated a large optical telescope with a 32” primary and 8” secondary mirrors utilizing hollow invar rods and stainless steel mounting plates. This optical… Show more • Designed and developed precision rotating electro optical scanning transceivers for laser radar system This system incorporated delicate optics, frameless DC motors, precision (ABEC 9) bearings, high resolution hollow shaft encoders, lasers and sensors.• Designed and developed compact multi-element IR telescopes.• Designed and fabricated a large optical telescope with a 32” primary and 8” secondary mirrors utilizing hollow invar rods and stainless steel mounting plates. This optical assembly was used for a bi-static laser system radar demonstration.• Involved in processing 4” Si wafers to create refractive optics for CO2 laser transceiver system.• Designed and built exoskeleton frame out of quartz rods for mirrors optics gratings line selectable CO2 laser.• Developed fiber-optically coupled laser sensor for distance measurement for use in a hazardous environment.• Developed and produced a low cost laser machining and processing workstation utilizing a computer to control the position of the output mirror firing of the laser and to control of the material motion.• Built a high vacuum gas filling station for CO2 laser processing.• Designed and built a gas manifold vacuum system to fill eximer laser lasers used for water sterilization system. Collected and organized data on sterilization experiments.• During a computer projector product improvement effort, integrated a high power metal halide lamp into the shell of an existing Proxima computer projection system. Repackaged a commercial metal halide lamp ballast to fit within the mechanical constraints. Solved the heating problems of the system by optimizing the air flow patterns of the system.• Designed and construction of a large rotating polarizing attenuator used to characterize the projection systems. Show less