640×512 257.8fps GigE Vision SWIR 카메라 400–1700nm | 냉각 기능 포함 Sony IMX991 iBX-SWG991A/J

💳 거래 수수료는 환불되지 않습니다
환불이 처리될 때, 결제 처리 플랫폼은 서비스 수수료를 반환하지 않는다는 점을 유의해 주세요. 이러한 수수료는 당사 스토어가 아닌 제3자 제공업체(Shopify & PayPal)에 의해 부과됩니다. 처리 수수료는 주문 금액의 일정 비율에서 차감됩니다.

Shopify Payments: 2% 거래 수수료는 환불되지 않습니다.
PayPal: 4.4% + $0.30 USD 수수료가 부과되며, 이 역시 환불되지 않습니다.

이러한 금액은 환불 총액에서 차감됩니다.

💬 환불 정책 – 중요한 수수료 안내
때때로 주문을 취소해야 할 수 있다는 점을 이해합니다. 당사 웹사이트에서 환불에 대해 알아야 할 사항은 다음과 같습니다:

🧾 미국 고객 대상 안내
적용되는 관세로 인해, 주문 후 회사명과 FedEx, UPS 또는 DHL 계정 번호를 market@visiondatum.com으로 이메일로 보내 주시기 바랍니다. (미국 고객 전용)

✅ 주문 생산 정책
당사 제품 모두는 주문 제작되거나 고객님의 구매에 따라 특별히 준비됩니다. 주문 전에 고객님의 필요 사항을 확인해 주시기 바랍니다. 주문 전에 도움이 필요하거나 추가 설명이 필요하시면 언제든지 문의해 주세요 - 도움을 드리겠습니다!

Q: What is the spectral range of IMX991?
A: The Sony IMX991 sensor offers a spectral response range of 400nm to 1700nm, covering both the visible and short-wave infrared (SWIR) spectrum. This wide range enables imaging applications such as semiconductor inspection, silicon wafer analysis, spectroscopy, material sorting, and machine vision.

Q: Which sensor does this camera use?
A: This camera is equipped with the Sony IMX991 InGaAs sensor, featuring a resolution of 640 × 512 pixels and a 5μm pixel size. The sensor delivers high sensitivity, low noise performance, and excellent image quality across the 400–1700nm wavelength range.

Q: Can SWIR cameras see through silicon?
A: Yes. SWIR cameras can image through silicon because silicon becomes increasingly transparent at wavelengths above approximately 1100nm. This capability allows SWIR cameras to reveal internal structures, defects, and packaging features that are not visible with standard visible-light cameras, making them ideal for semiconductor inspection and failure analysis.

Q: What is a SWIR camera used for?
A: SWIR cameras are used in a wide range of industrial and scientific applications, including semiconductor inspection, machine vision, spectroscopy, solar cell inspection, laser beam analysis, defense imaging, agricultural monitoring, and quality control. Their ability to capture information beyond the visible spectrum makes them valuable for detecting features that conventional cameras cannot see.

Q: Why use TEC cooling in a SWIR camera?
A: TEC (Thermoelectric Cooling) helps reduce sensor noise and improve image stability by maintaining a controlled detector temperature. This is especially beneficial for long exposure imaging, low-light environments, and precision measurement applications where image quality and consistency are critical.

Q: How do I integrate a SWIR camera into a machine vision system?
A: SWIR cameras can be integrated into machine vision systems through standard industrial interfaces such as USB3.0 or GigE Vision. They can be connected to industrial PCs, image processing software, frame grabbers, and automation platforms. Depending on the application, the camera can be combined with SWIR lenses, illumination sources, and machine vision software for inspection, measurement, and process monitoring tasks.

Q: What is the difference between USB3.0 and GigE SWIR cameras?
A: USB3.0 SWIR cameras provide high-speed data transfer and low latency, making them ideal for laboratory, R&D, and local image acquisition. GigE SWIR cameras support longer cable distances, multi-camera systems, and industrial network integration, making them well suited for factory automation and machine vision applications.

Q: What industries commonly use Sony IMX991 SWIR cameras?
A: Sony IMX991 SWIR cameras are widely used in semiconductor inspection, machine vision, scientific research, solar cell testing, electronics manufacturing, and defense applications. Their 400–1700nm spectral sensitivity enables imaging beyond the visible spectrum for advanced inspection and analysis tasks.