LEO 25MG-14um/uc

💳 Transaction Fees Are Non-Refundable
When a refund is issued, please note that payment processing platforms do not return their service fees. These fees are not charged by our store, but by third-party providers (Shopify & PayPal).The handling fee will be deducted from a certain percentage of the order amount.

Shopify Payments: 2% transaction fee is not refundable.
PayPal: Charges a 4.4% + $0.30 USD fee, which is also non-refundable.

These amounts will be deducted from your refund total.

💬 Refund Policy – Important Fee Notice
We understand that sometimes you may need to cancel an order. Here’s what you need to know about refunds on our website:

🧾Notice for U.S. Customers
Due to applicable tariffs, please email your company name and FedEx, UPS, or DHL account number to market@visiondatum.com after placing your order. (U.S. customers only)

✅ Order Production Policy
All of our products are made to order or prepared specifically based on your purchase. We kindly ask customers to confirm their needs before placing an order. If you need assistance or further clarification before ordering, feel free to contact us - we’re here to help!

Q1: What is the resolution of the LEO 25MG-14UM/C/NIR?
A: It delivers 25MP resolution at 5120 × 5120 pixels using the GMAX0505 sensor.

Q2: Is the camera available in different imaging versions?
A: Yes. It is available in Mono, Color, and NIR versions for different inspection requirements.

Q3: Is this camera suitable for AOI inspection?
A: Yes. Its high resolution and global shutter imaging make it suitable for PCB, semiconductor, electronics, and surface AOI.

Q4: Does the camera support USB3.0?
A: Yes. The USB3.0 interface provides fast data transfer and plug-and-play integration.

Q5: Does the camera include an SDK?
A: Yes. A free SDK is provided to simplify camera control and machine vision software integration.

Q6: What applications is the camera suitable for?
A: Typical applications include AOI, PCB inspection, semiconductor inspection, display inspection, and precision machine vision.