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Significantly reduce time-to-market for
Innovative Ophthalmic Applications

Ophthalmic diagnostic imaging enhances the understanding, diagnosis, and treatment of a wide variety of ocular disorders. Digital Imaging also plays a role in modern surgeries like refractive and cataract surgeries. Image sensor modules are the key component in these diagnostics imaging devices.

Ophthalmology

Key imaging requirements

Higher-pixel size for low noise

Higher-pixel size for
low noise

High NIR spectral performance

High NIR spectral
performance

Global shutter

Global
shutter

High contrast and Image sharpness

High contrast and
Image sharpness

Case Study

How e-con Systems™' camera perfectly met a client's ophthalmic
imaging requirements.

What e-con Systems™ offers

e-con Systems™ offers a wide portfolio of Global shutter and Electronic Rolling Shutter Cameras. We provide binocular assessments for uniform and accurate image reproduction, backed by our experience in stereo synchronization. Our cameras come with dedicated ISPs, end-to-end spectral performance, and real-time video streaming support capabilities over wireless.

  • Camera drivers for embedded - NXP, TI, Qualcomm, NVIDIA, and Rockchip
  • High Frame rates (>200FPs)
  • Higher sensitivity and lower noise

Explore our medical and life sciences markets

Laboratory Equipment

Support superior-quality video and image capture at high frame rates and high resolution in applications like Digital Microscopy and Automated Analyzers while reducing time-to-market for your products.

Dentistry

Use our high-sensitivity cameras, with excellent color reproduction, that provide uniform exposure to perform affordable and efficient dental imaging.

Assistive Technology

Enhance your vision-based assistive healthcare devices like video magnifiers, medication dispensers, etc. with our powerful and customizable camera solutions.

Dermatology

Meet your digital images in dermatology, with high-end cameras that offer excellent color reproduction and image sharpness at close distance, with enhancement algorithms.