We offer 100+ proven camera modules, ready for integration into life science and IVD devices. Our portfolio includes global shutter, monochrome, color, NIR, RGB-IR, HDR, low-light, and low-noise variants ranging from 1MP to 20MP+, engineered for high-quality imaging. These camera modules can serve as primary cameras for accurate sample analysis, secondary or monitoring cameras for real-time feedback, barcode cameras for sample and reagent tracking, and smart cameras for automating pre-analytical task alignment and quality checks.

Our in-house optics team designs, selects, and validates lenses tailored for your applications. We ensure the right performance for your target working distance, depth-of-field, and lighting conditions—whether you need fixed-focus or autofocus mechanisms. We support high-NA lenses for superior light-gathering capability, critical for low-light fluorescence or high-resolution imaging. Our solutions incorporate distortion correction, lens shading correction (LSC), intrinsic and extrinsic calibration to guarantee accurate, consistent results.

Unlock advanced imaging capabilities with our suite of powerful AI algorithms. From real-time depth estimation, super resolution, and low-light enhancement to image stitching, stereo processing . Our AI-driven solutions enhance image quality and enable intelligent automation. These algorithms are optimized for life science and IVD applications, delivering higher accuracy, speed, and performance directly within your embedded vision systems.

We specialize in developing robust, high-performance camera interfaces, ensuring seamless integration between imaging hardware and host systems. Our expertise spans USB 10Gbps, MIPI CSI-2, GMSL, FPD-Link, and GigE Vision, LVDS, PCIe etc. enabling reliable, high-speed image transfer critical for applications such as microscopy, diagnostic analyzers, and laboratory automation. From low-latency streaming to long-distance transmission in distributed lab setups, we design interface solutions optimized for bandwidth, signal integrity, and environmental resilience, for life science and IVD devices.

We bring unmatched expertise in developing Embedded Vision Platforms leveraging leading SoC and FPGA vendors including NVIDIA, Texas Instruments, NXP, Renesas, Qualcomm, Ambarella, Kneron, Lattice, and Xilinx.

Our expertise spans high-compute, multi-core architectures, low-energy yet high-TOPs edge AI performance, and support for high-resolution, multi- camera ports with HDR capability and high-performance video codecs (up to 4K 60fps). Wide range of connectivity options including Ethernet, Wi-Fi, USB 3.0, and display interfaces to enable seamless integration into diagnostic instruments, analyzers, and laboratory automation systems. With direct access to dedicated partner channels, we ensure the rapid and reliable deployment of imaging platforms that drive precision diagnostics and research breakthroughs.

At e-con Systems, we excel in Image Signal Processor (ISP) Development & Image Quality Assurance, delivering unmatched image clarity and color accuracy through a highly optimized ISP pipeline and rigorous tuning process. Our in-house TintE ISP, along with partner and ARM SoC ISP integrations (Socionext, Onsemi, NVIDIA, Ambarella, Qualcomm, and more), transforms RAW Bayer data into desired output. Black level correction, debayer processing, adaptive white balance, color correction, gamma adjustment, and color space conversion. We employ sophisticated image enhancement techniques including dynamic range optimization, defective pixel and hot pixel correction, adaptive tone stretch, and noise suppression to overcome sensor artifacts.

Our state-of-the-art image quality lab enables precision testing using industry-standard tools and methods covering color accuracy, low-light performance, HDR validation, EMVA1288 metrics, and lens shading calibration ensuring every camera module we deliver is tuned for peak performance in IVD, life sciences applications.