High and low temperature test chamber repair (YCT-800)

Inner Chamber Dimensions W×H×D: 80 cm × 85 cm × 60 cm Outer box size W×H×D: 100 cm × 182 cm × 197 cm Temperature Range [Other temperatures can be customized]: -70 ℃, -60 ℃, -40 ℃, -20 ℃, 0 ℃~150 ℃, other temperatures can be customized

Guangdong Yuanyao Instrument Equipment Co., Ltd. main repair categories for high and low temperature test chambers: 1 Control system (uncontrolled temperature, uncontrolled humidity, controller temperature and humidity calibration, control system not working properly, sensor failure, electronic door lock replacement and repair, etc.) 2 Refrigeration system (refrigerant leakage R404A, R502, F13, R23, R134A, R508B, ISC89) various refrigerants are in stock, pipe rupture welding, expansion valve repair, filter replacement, compressor lubricating oil filling, condenser cleaning, needle valve installation, etc.) 3 Heating system (heater repair, thyristor replacement, solid state relay, contactor, time relay, intermediate relay, heating high-temperature wire replacement, adding heaters, etc.) 4 Mechanical system (repair of circulation motor, fan blades, improvement of circulation air duct, modification of unreasonable chamber structure, installation of lead holes, etc.) 5 Humidity system (repair of humidification filter, repair and replacement of humidity sensor, repair of humidification water supply pipe, repair of drainage pipe, repair of humidification and dehumidification system, wet bulb gauze replacement, etc.)

Aiou Optics offers professional, intelligent, reliable ultrafast-laser repair, extending “AI makes Optics smart” through lifecycle fault diagnosis and performance optimization for advanced manufacturing/research. I. Technical strength: Engineers from Shanghai Jiao Tong, Peking University and industry leaders use the proprietary iSolver platform. Deep diagnosis of cutting-head collisions or unstable pulses combines oscilloscope servo signals with acquisition-computation-control loops to locate hidden control-card interference or optical stress deviations. Intelligent calibration repairs hardware and uses AI to reconstruct/optimize femtosecond temporal/spectral characteristics in real time. Automated measurement-diagnosis-calibration restores power stability and beam modes to factory standards and may improve performance through algorithm updates. II. Process: Original-manufacturer procedures, traceable original parts, clean operation and precision mounting ensure optical cleanliness/alignment. III. Transparent service: Diagnosis, quotation, repair, verification and warranty, including preliminary assessment, clear pricing, professional repairs, result validation and after-sales support. Advantages: Engineers with 10+years' experience; deep R&D involvement; strong original-development capability; reliable optomechanical design; stable, secure material supply; fast response; consistent quality; advanced production/testing equipment; accurate diagnosis and efficient repairs.

Micro/nanostructure devices, nanoimprinting, master fabrication, and outsourced process R&D.

Optical system architecture design; structural design; stray-light analysis; structural/fluid simulation; tolerance analysis; yield analysis. Optical design defines structural parameters and performance specifications to meet image quality, operating conditions and cost-effectiveness requirements. Two main stages are preliminary design and aberration correction. The first develops concept diagrams and external dimensions; the second determines lens curvature, thickness and other key parameters to optimize performance and minimize image distortion.

The company provides laser optoelectronic characterization services, including laser PVI characteristics, spectral characteristics, power and energy, polarization characteristics and phase characteristics.