Micro-optics
Micro Prism Micro Lens Micro Window Rod Lens Micro Lens ArrayOptical Spherical Lens
Plano Concave Lens Plano Convex L Lens Achromatic Cemented Lens Meniscus Lens Double Concave Lens Double Convex Lens Half Ball Lens Custom Hyper Hemisphere LensOptical Dome
Visible Optical Glass Dome Ultraviolet (UV) Dome Infrared (IR) Dome Dome With FlangeOptical Prism
Optical Wedge Window Corner Cube Retroreflector Roof Prism Pyramid Optical Octagon Light Guide Rod Penta Prism Light Guide Prism Dove Prism Cube Beamsplitter Anamorphic Prism Powell Prism 30° - 60° - 90° Littrow Dispersion PrismsCylindrical Mirror
Plano Concave Cylindrical Lens Plano Convex Cylindrical Lens Achromatic Cemented Cylindrical Lens Round Cylinder Meniscus Cylindrical LensFilter
Dichroic Filter Bandpass Filter Longpass Filter Neutral Density Filter Narrow Bandpass Filter Cut Off Filter Mosaic Filter Band Pass Linear Variable Filter Cut-off Linear Variable Filter Pixel Level (Stepped) Hyperspectral FilterOptical Window
Brewster Windows Parallel Windows Witness SamplesCNC Light Weight Component
Silicon Material Silicon Carbide Fused Silica Zerodur MacorAspherical Lens
Transmissive Aspherical Lens Reflective Aspherical LensTop-tier scientific research and demanding industrial applications can't afford compromise. When standard optics fall short, you need a partner capable of engineering vision at the microscopic level.
ECOPTIK specializes in creating tailored Custom Optical Lens solutions, providing sophisticated plan apochromatic objectives and specialized microscope objectives that are built precisely for your unique needs. We don't just sell lenses—we co-engineer breakthroughs.

Your optical drawings are the starting point, but our core advantage lies in executing a perfect transition from theoretical design to reliable, practical tool. Our team of expert optical engineers works directly with you to review the feasibility and optimization potential of your design, guaranteeing your ambitious goals are achievable.
Our focus on Plan Apochromatic Objectives ensures unmatched image quality. These objectives offer:
Superior Color Fidelity: Exceptional aberration correction across a broad spectral range (typically visible to near-infrared), minimizing chromatic blur and ensuring true-color imaging.
Field of View Flatness: "Plan" correction guarantees sharp, focused images across the entire field of view—a critical feature for quantitative analysis and large-scale imaging.
The best objective is defined not just by its glass, but by its housing. ECOPTIK is responsible for the complete mechanical design of the objective, focusing on long-term performance and reliability:
Structural Stability and Coaxiality: We design housings to withstand vibration and long-term use, ensuring the precise alignment of internal optical components is never compromised.
Precise Image Distance Control: Essential for infinity optical systems, our engineering guarantees accurate and repeatable imaging performance.
Tolerance Analysis: Leveraging our precision engineering capabilities, we perform rigorous analysis to ensure every custom-machined part fits perfectly for optimal optical output.
Personalized Customization: We support unique design elements, including custom focus rings, branding, and specific structural components to integrate seamlessly with your platform.
Experienced technicians carefully assemble your customized lens in our controlled cleanroom environment. Each unit is precisely assembled, focused, and cured within its mechanical housing, followed by an exhaustive validation process:
Performance Testing: Finished objectives are subjected to rigorous optical performance testing (or customer-specified methods) to confirm adherence to designed resolution and aberration correction standards.
ECOPTIK's custom microscope objectives are deployed wherever image resolution, color fidelity, and field of view flatness are absolutely crucial:
| Application Sector | Key Usage |
| High-end Life Science | Multicolor colocalized fluorescence imaging, high-resolution live cell dynamics observation, TIRF, and photostimulation. |
| Neuroscience | Multicolor imaging of complex neuronal networks in brain slices. |
| Material Science | High-precision semiconductor testing, advanced materials analysis, and precision measurement. |
If you are looking for a microscope objective that truly pushes the boundaries of what is possible, you need a partner whose expertise spans optical design, mechanical housing, and cleanroom assembly.
Contact the ECOPTIK team today. We look forward to transforming your cutting-edge optical design into a reliable, practical tool.