YEK TECH LLC is a registered US small-scale precision laboratory and low-volume manufacturing automation limited liability company headquartered in downtown Eugene, Oregon, serving university research labs, medical device prototyping facilities, micro-electronics small batch factories, material science testing labs and specialty R&D startups across the Pacific West Coast. We design and build fully custom compact PLC controlled test stations, miniature precision motion automation workcells, low-noise micro IIoT temperature/humidity/vibration monitoring systems, compact desktop NEMA lab control enclosures and legacy manual lab testing equipment digital upgrade retrofit kits tailored for low-volume, high-precision experimental environments. All our compact control systems feature ultra-quiet low-EMI wiring, high-resolution micro sensor integration and simplified researcher-friendly HMIs, fully compliant with FDA lab testing standards, OSHA research facility safety codes, FCC low-interference wireless specifications and ANSI precision motion automation requirements, helping American academic and small-batch R&D operators achieve repeatable lab test cycles, unattended long-duration experiment monitoring and consistent small prototype manufacturing without large industrial scale automation costs.
Request Custom Lab Test Station & Small Precision Automation Design ConsultationYEK TECH LLC is a fully registered Oregon domestic precision R&D automation LLC located at 72 W Broadway Ste 270, Eugene, OR, 97401. Our downtown Eugene office and compact design assembly lab serves University of Oregon research departments, regional medical device prototyping startups, small material testing facilities and micro-component batch manufacturers throughout Oregon, Washington and Northern California, focusing exclusively on small footprint, high-precision automation built for research environments rather than large mass-production factory lines.
Our cross-disciplinary engineering team holds OSHA research lab safety, FCC low-noise wireless and FDA laboratory compliance certifications, consisting of precision micro motion control architects, compact small-footprint PLC programmers, high-sensitivity miniature IIoT sensor specialists and lab environment certified on-site installation & commissioning technicians. Every compact lab control cabinet build, custom test station closed-loop control software, micro environmental monitoring IIoT platform deployment and small batch prototype workcell implementation strictly adheres to low electromagnetic interference lab standards, ANSI miniature motion precision specifications, FCC short-range low-power wireless codes and ISO laboratory test repeatability protocols, engineered for quiet, clean, temperature-stable university and medical R&D laboratory operating environments.
Mass industrial automation integrators design oversized, high-noise systems optimized for high-volume factories that do not fit lab bench spaces or meet low-interference research requirements; our core competitive advantage is full-lifecycle compact custom lab automation built exclusively for American academic research, medical prototyping and micro small-batch manufacturing workflows. We manage every project phase fully in-house: on-site lab space & experiment cycle audit, custom miniature multi-axis motion PLC logic design, cloud multi-test-station experiment data monitoring platform development, high-sensitivity micro sensor wireless IIoT data integration, compact bench-top control cabinet assembly, simplified researcher HMI operation training and multi-year annual control algorithm calibration & technical support retainer contracts, with no outsourced overseas automation development.
Our central Eugene downtown location enables fast regional West Coast lab site deployment trips to university campuses, medical prototype labs and small precision manufacturing facilities, plus rapid remote technical support for nationwide R&D clients. We offer tiered pricing scaled for tight academic research grants and startup R&D budgets, including single custom test station turnkey packages, multi-lab research group cloud experiment data monitoring annual subscriptions and long-term sensor calibration maintenance service agreements. All proprietary miniature motion PID control algorithms, lab environmental sensor wireless transmission logic, low-noise LoRa communication drivers and client confidential experiment test data collected during projects are fully protected under US trade secret laws, signed non-disclosure agreements and federal research data privacy compliance regulations.
Bespoke small-footprint PLC controlled test rigs for material tensile testing, thermal cycling, chemical incubation and electronic component reliability experiments; ultra-precise PID temperature/force/displacement control, multi-cycle automated test sequencing and FDA-compliant test data logging for academic and medical labs nationwide.
Compact low-profile micro pick-and-place, dispensing and assembly PLC lines for medical device and micro-electronics small-batch prototyping; nanometer repeatability motion control, low-vibration quiet operation and batch prototype recipe storage optimized for R&D low-volume runs.
High-sensitivity miniature temperature, humidity, vibration and gas wireless sensor networks for closed lab experiment chambers; offline local experiment data storage during network outages, mobile alert notifications for abnormal test conditions and unified web cloud dashboard for multi-station lab experiment tracking.
Small footprint bench-top polycarbonate & metal NEMA 1/4 enclosures designed exclusively for university and medical labs; internal EMI shielding, anti-condensation cooling and full UL safety certification compliant with OSHA research facility electrical standards.
Non-intrusive miniature sensor retrofit packages for outdated manual lab test rigs without full equipment replacement; add automatic cycle control and real-time cloud experiment data logging functions to extend usable lifespan of existing university lab hardware.
Low-particle, ESD-safe compact automation controls for implantable sensor and medical component prototype assembly; low EMI wiring design and full batch test traceability data recording to meet FDA medical device research compliance rules.
Centralized cloud web platform for university departments and multi-site R&D startups managing dozens of test stations; unified test cycle runtime, environmental sensor data and experiment result aggregation with automatic weekly research compliance report export for lab management teams.
OSHA & FDA lab compliant precision automation technicians deployed across Pacific West Coast university and prototype lab zones for compact cabinet mounting, micro motion PLC calibration, high-sensitivity sensor tuning and multi-day unattended experiment stability testing before project handoff to research clients.
Fully custom low-EMI closed-loop temperature PLC test station and bench-top NEMA enclosure project for UO material science department; manual cycle lab technician supervision labor eliminated and experiment repeatability error reduced by 58% after lab precision automation deployment.
ESD-safe miniature multi-axis motion PLC line and micro environmental IIoT monitoring retrofit for a Northern California medical implant startup; 24/7 unattended prototype testing eliminated costly night shift lab staffing overhead year-round.
Low-noise miniature LoRaWAN environmental sensor IIoT network and centralized multi-test-station experiment cloud platform for Washington State University chemistry labs; all chamber temperature and humidity experiment data synchronized to department research management cloud system.