Kayjaopt designs and manufactures custom high‑precision optical hardware, including advanced microscopy imaging systems, optical manipulation platforms, and specialized light sources. Their in‑house R&D delivers tailored solutions that integrate with existing lab equipment, providing higher resolution, improved signal detection, and precise control of light‑matter interactions for biotech, medical device, chemical analysis, materials, and environmental research applications.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers and engineers in biotechnology, medical devices, chemical analysis, advanced materials, and environmental science often require custom, high-precision optical systems for imaging and manipulation, but off‑the‑shelf equipment may lack the required performance, integration flexibility, or application‑specific features.
Solution
Kayjaopt designs and manufactures precision optical hardware, including advanced microscopy imaging systems, optical manipulation platforms, and specialized light sources. Their in‑house R&D creates tailored optical solutions that integrate seamlessly into customers’ experimental setups, enabling higher resolution, better signal detection, and reliable control of light‑matter interactions. By offering both complete systems and modular components, Kayjaopt helps clients accelerate development cycles and achieve measurement accuracy that standard commercial products cannot provide. Technical support and custom engineering services ensure that each solution meets the specific performance criteria of the target application.
Target Audience
Primary customers are R&D laboratories and product development teams in biotech, medical device manufacturing, chemical analysis, advanced materials research, and environmental science that need bespoke optical instrumentation.
Features
- Custom-designed high‑resolution optical microscopy platforms with configurable illumination and detection paths
- Integrated optical manipulation modules for precise laser‑based trapping, stimulation, or patterning
- Specialized light sources (e.g., tunable lasers, LEDs) optimized for spectroscopy, fluorescence, and imaging
- Modular optical system architecture allowing easy integration with existing laboratory equipment
- End‑to‑end engineering support, from optical design and simulation to prototype fabrication and testing