Services
Precision Optoelectronic System Technology Studio
Optoelectronic systems and industrial automation
From first-principles consulting and system design to delivered hardware, we take production-line inspection and UAV payload projects from specification to verification.
Products
I need optoelectronic components
- SWIR cameras and LWIR thermal lenses
- Laser rangefinders and EO/IR gimbals
- Machine vision and passive microwave components
Individuals and schools in Taiwan can buy standard items in our online shop or Shopee store.
Capabilities
Five capability areas, sixteen services
From consulting on principles to deliverable hardware and test reports. Each service can be commissioned on its own, or you can hand us the whole process. We are open to all service scopes, and requests not listed here are welcome too.
Optoelectronic integration and infrared imaging
Consulting on principles, system design, interface planning and early validation. We help you decide which band, SWIR, MWIR or LWIR, really fits your measurement goal, and how to choose the lens focal length.
- Optoelectronic and electronic system integration consulting and custom design
- Infrared imaging principles, waveband and focal length selection
- Infrared system integration, interface design and early validation
- Custom test validation of camera modules
- Visible machine vision inspection integration (camera, lens and lighting selection)
EO/IR payloads and industrial automation
Custom multi-sensor payloads combining visible, infrared and laser ranging, for fixed, vehicle and UAV mounting; UAV projects also include flight controller integration and target geolocation. On the industrial side we take on machine integration, motor control and automation GUI development.
- EO/IR/LRF payload design, testing and consulting
- UAV payload flight controller integration and target coordinate calculation
- Planning of image tests and gimbal accuracy tests
- Industrial machine integration, motor control and automation GUIs
Precision mechanics and test cables
From blueprint design to machining, plus connector selection and custom test cables for industrial and military-grade environments. The accuracy of an optical system often ends up limited by mechanical tolerances.
- Precision industrial mechanical design (blueprints)
- Precision industrial machining and manufacturing
- Industrial and military-grade connector selection and integration specifications
- Custom test cable assemblies
Passive microwave components and data analysis
Design, performance simulation and manufacturing of passive microwave components, and turning a customer's "general direction" into performance tests that can be measured and accepted.
- Custom passive microwave component design and performance simulation
- Custom passive microwave component manufacturing
- Custom data analysis
- Test item definition and acceptance criteria planning
C2ISR integration
Built around electro-optical sensor integration, we take on custom design and integration of C2ISR (command and control, intelligence, surveillance and reconnaissance) systems: the whole chain from sensors, gimbals and edge computing to data links and the operating picture is derived from the mission and delivered with checkable geolocation and latency budgets, HIL simulation and field measurements. For coastal and port surveillance, critical infrastructure perimeters, disaster response and public-sector ISR.
- C2ISR system architecture and Interface Control Documents (ICD)
- EO/IR/LRF sensor nodes, edge AI detection and tracking, target geolocation
- Video streaming, KLV metadata and GNSS/PTP time synchronization
- Common operational picture (COP) and console software, HIL simulation and field acceptance
Products
Products: business supply and online shop
Besides engineering services, we supply optoelectronic and automation products through two channels. Companies and research institutes buy by quotation (B2B); individuals, workshops and schools choose standard items in our online shop (B2C). The same engineers write and check the specifications and selection notes for both.
B2BFor companies and institutes: products
SWIR cameras, thermal lenses, EO/IR gimbals, laser rangefinders and machine vision components, supplied by quotation. Customers in Taiwan and overseas are welcome; each quotation states the specification, price, lead time and payment terms.
Also available: calibration targets and fixtures, test cable assemblies, passive microwave components, payload mounting parts, motion control components, engineering packages.
Original illustration, not a product photo. Actual appearance varies by model.
See all products and packages → 中文
B2CFor individuals and schools in Taiwan: online shop
Technical standard items, each product line with a selection guide. Orders are placed with the shop's quote form and listings are being added to our Shopee store; schools and companies can ask for a formal quotation. The shop pages are in Traditional Chinese.
More product lines: fiber network tools, RF coaxial adapters and cables, magnifiers and microscopes for electronics repair, light meters, laser distance meters and line lasers, motion control teaching kits.
3D illustrations, not product photos.
Multispectral Vision for Industrial Automation
One production line, four wavebands, each with its own job
A production line should not rely on one kind of camera. Visible and near-infrared (0.4–1.0 µm) handle dimensions, characters and surface defects; SWIR (0.9–1.7 µm) passes through most silicon wafers and some plastics to reveal internal cracks and moisture content; MWIR (3–5 µm) covers high-temperature processes and hydrocarbon gas leaks; LWIR (8–14 µm) shows abnormal heating in motors, bearings and switchboards without any illumination. We choose the right band, then connect the camera to the line cycle so that image capture and motion control are triggered in sync.
Visible
SWIR
MWIR
LWIR
SWIR
0.9 – 1.7 µm
Inspecting inside silicon wafers, moisture detection, viewing 1064/1550 nm laser spots
MWIR
3 – 5 µm
High-temperature process monitoring, gas absorption detection, long-range observation payloads
LWIR
8 – 14 µm
Thermal imaging at room temperature, power and structural inspection, thermographic NDT
Not sure which band to use? Our reference table of bands, detectors and applications sets out the selection criteria.
How We Work
How a project runs from start to finish
Five stages, each with an output you can accept. You can commission a single stage or hand us the whole run.
01
Requirement definition
Clarify the object under test, the defect types to find, and the distance, temperature and vibration at the site.
Output: requirement specification
02
Method and waveband selection
Decide which inspection method, waveband and focal length to use, and whether the job can be done within budget.
Output: feasibility assessment
03
System design
Interface definitions, tolerance allocation and signal specifications across optics, mechanics and electronics, turned into workable design drawings.
Output: drawings and interface documents
04
Integration and early validation
Physical assembly, boresight and coordinate calibration, and a full trial run of the system before production.
Output: validation records
05
Testing and reporting
Measure each test item defined earlier; where required, reports are issued through a partner TAF-accredited laboratory within the scope of its accreditation.
Output: test reportPositioning
A technical bridge between research institutes and large manufacturers
We are not a laboratory, and we are not a volume manufacturer. We solve the part in between: turning a principle into a system you can take delivery of.
For research institutes
We turn innovative laboratory technology into engineering solutions that can be produced and commercialized.
For small and medium-sized companies
We provide custom optoelectronic system design and technical consulting to help existing production lines upgrade their measurement and inspection capabilities.
For international partners
Building on Taiwan's local manufacturing clusters, we provide one-stop service from design to delivery.
Technical Notes
Articles
Three series, Optoelectronics Basics, Industry Applications and UAV Payloads, written for engineers and purchasing decision makers to explain what we do and why these technologies matter.
Five Questions to Ask Before Adopting AOI
Defect definition, minimum resolution, the trade-off between false rejects and escapes, lighting repeatability, and the manual review cost that never appears on the quotation.
How to Choose a Servo Motor: Three Numbers That Decide Whether a Mechanism Moves Accurately
Inertia ratio, torque curve and encoder resolution, with a ball-screw stage worked through from start to finish.
How High, How Fine? Working Back from GSD to Payload Specification
"Clear enough to see" is not a specification. Convert the interpretation level into pixels, then work all the way back to focal length and flight speed.
How to Calculate Lens Focal Length from Field of View and Working Distance
Why the common approximation overestimates focal length (by 8.5 % in our example), and how large a field of view the standard 16/25/35/50 mm lenses cover.
Have a measurement or inspection problem you cannot solve?
Whether it is surface measurement of precision parts, structural health monitoring of composites, or building an infrared imaging system, send us the problem first; we will tell you which method it calls for and roughly how long it will take.