

📢 The 2026 International Conference on Advanced Manufacturing and Optical Precision Engineering will be held on December 25-27 in Suzhou, China.
About AMOPE 2026
The 2026 International Conference on Advanced Manufacturing and Optical Precision Engineering (AMOPE 2026) will be held in Suzhou, China, on November 13–15, 2026. The conference focuses on the latest advancements in the fields of advanced manufacturing technologies and optical precision engineering, bringing together researchers, engineers, and industry professionals from around the world. It serves as a high-level academic platform for exchanging innovative ideas, presenting cutting-edge research, and discussing emerging trends in areas such as precision machining, optical system design, intelligent manufacturing, and optoelectronic devices.
Through keynote speeches, oral presentations, and poster presentations, the conference delivers the most cutting-edge scientific and technological advances and achievements to the participants and promotes the exchange of technology and the collision of wisdom at the same time.
We sincerely invite experts, scholars, and industry leaders from universities, research institutions, and corporations worldwide to join us in Suzhou—a city renowned for its rich cultural heritage and thriving modern industry—for this exciting academic gathering.

Important Dates and Deadlines
Submission Deadline
Notification of Acceptance
Final Paper Submission
Date of Conference
October 23, 2026
November 6, 2026
October 23, 2026
November 13~15, 2026
Submission
Submit your full paper to AMOPE2026@163.com with "Paper Submission + TEL", or scan the QR code to contact the conference secretary.
We will reply to you in 5-7 working days.

Download paper template 👇
Conference Topics
Laser Micro/Nano Manufacturing
Ultrafast laser micromachining
Femtosecond laser processing of optical materials
Picosecond laser processing of optical materials
Laser 3D printing of optical components
Laser-induced forward transfer (LIFT)
Laser ablation processing
Laser direct writing of photonic structures
Optical waveguide fabrication
Optical metasurface fabrication
Photonic crystal fabrication
Laser cleaning technology
Laser polishing technology
Laser-induced surface modification
Functional texture fabrication
Laser processing of optical crystals
Laser processing of optical glass
Laser processing of optical semiconductors
Laser processing of special optical functional materials
Micro-nano structure manufacturing
Periodic structure processing
Large-area photonic structure fabrication
Precision Optical Fabrication
Ultra-precision diamond turning
Ultra-precision diamond milling
Ultra-precision diamond grinding
Magnetorheological finishing (MRF)
Freeform optics design and manufacturing
Aspherical optics processing
Conformal optics fabrication
High-precision glass optics molding
High-precision plastic optics molding
Micro-optics injection molding
Roll-to-roll optical processing
Large-aperture optics manufacturing
Thin optical components processing
Ultra-smooth surface fabrication
Anti-reflection optical coating technologies
High-reflection optical coating technologies
Filter optical coating technologies
Special functional optical coating technologies
Optical component defect control
Optical precision machining optimization
High-quality optical fabrication processes
Optical Metrology & Quality Inspection
Advanced laser interferometry
Fizeau interferometry
Twyman-Green interferometry
Point-diffraction interferometry
3D surface profilometry
White-light interferometry
AFM nanoscale precision measurement
In-situ metrology for optical manufacturing
Real-time optical quality monitoring
Non-destructive optical defect detection
Optical wavefront measurement
Optical surface shape detection
Optical component thickness metrology
Optical geometric parameter metrology
Optical system precision alignment
Opto-mechanical assembly
Large-scale optical system testing and calibration
High-precision optical positioning
Optical dynamic measurement
Intelligent optical detection systems
Smart Optical Manufacturing & System Integration
Intelligent optical manufacturing lines
Digital twin for optical fabrication
Smart optical manufacturing workshops
Robotic optical assembly
Automated optical alignment
Precision optical positioning integration systems
Aerospace opto-mechanical systems
Space optical components manufacturing
Space optical components environmental adaptability
AI-driven optical process optimization
Predictive maintenance for optical manufacturing
Intelligent optical manufacturing control
High-end optoelectronic equipment
Precision optical instruments
Optical system integration
Green optical manufacturing
Low-carbon optical processing
Intelligent optical quality management systems
Conference Support


西安交通大学智能光子应用技术实验室




Contact
For any inquiries, please do not hesitate to contact us.

Enna Yang
(Conference Secretary)
Tel: +86-17328622582 (WeChat)
E-Mail: AMOPE2026@163.com
