Semiconductor
- Process issue
- Processes that require stable focal position, energy uniformity, and heat affected zone control.
- Shinhotek response
- Beam shaping, scanner path, power measurement, and profile inspection are reviewed together.
Solution
Display & Glass
- Process issue
- Managing micro-cracks, thermal distortion, and transfer uniformity on thin glass and display materials.
- Shinhotek response
- Beam geometry, optical path, and test criteria are defined by process condition.
Automotive / LiDAR
- Process issue
- Applications that need source pattern, field of view, module alignment, and long-range stability.
- Shinhotek response
- Optical design and beam analysis are connected to recommend sensor and module configurations.
Semiconductor
In semiconductor manufacturing, beam quality, optical alignment, and process repeatability are directly tied to yield. Shinhotek combines lasers, scanners, metrology systems, and optical components for precision processes.
Optical Solution
Shinhotek reviews wavelength, power, beam shape, working distance, and equipment constraints together to propose optical solutions for each process goal, from product selection to application testing.
- Process analysis
- Product selection
- Test setup
- Technical review
Optical Design
We review lenses, mirrors, beam shaping, and beam delivery layouts against process requirements, designing practical optical systems around performance, stability, and maintenance.
- Lens and mirror layout
- Beam shaping
- Optical path design
- Performance review
Display
Display processes such as OLED, Micro LED, UTG, and LLO require precise laser control and stable optical configuration. Shinhotek supports product selection and technical review for each process goal.
Secondary Battery
Laser processing and inspection in secondary-battery manufacturing require stable output, repeatable precision, and process safety. Shinhotek provides product groups for laser and optical system configuration.
Mechanical Design
We configure module structures and interfaces for stable mounting of scanners, lenses, optical heads, and metrology systems while considering equipment space and maintenance access.
- Module structure
- Mounting interface
- Maintenance access
- Equipment space review
Medical & Bio
Medical and bio optical systems require precise light-source control and reliable optical components. Product information and application coverage can be expanded continuously through the admin page.
Software Design
We support software integration so equipment control, measurement data, and operating screens work as one flow, with clear control and data structures for production operators.
- Equipment control
- Data integration
- Operator UI
- Measurement workflow
Optical modules and components for LiDAR sensors
LiDAR systems are key technologies for reliable distance and spatial information in autonomous driving, robotics, and inspection automation. SHINHOTEK reviews optical modules, beam shaping, scanners, and metrology tools for transmitter and receiver requirements.
From early planning to manufacturer coordination, test setup, and demo review, we help customers evaluate real application feasibility with a connected workflow.
Benefits
- Optical system integration review and application feasibility checks
- Module configuration for autonomous driving and industrial inspection
- Product selection across DOE, ROE, scanner, and metrology equipment
- Manufacturer coordination, test planning, and demo support
Applications
- LiDAR transmitter and receiver optics for ADAS and autonomous driving
- Industrial distance sensing, robotics, and logistics automation
- Beam shaping and optical modules for inspection systems
- Laser scanner and metrology setups for precision processing lines