Add to Cart for Free Shipping

Welcome to Vision Datum Shop!

PAY BY T/T SAVE 3.5% INSTANTLY
1 4
Vision Datum  |  SKU: Mars640-815UM

Fotocamera area scan CMOS Global Shutter USB3.0 0.3M PYTHON300 815fps ad alta velocità

$450.00
Spedizione calcolata al momento del checkout.
Delivery Truck

Ship To Detecting...

Delivery: -

Resolución
Bundle

💰 Contact market@visiondatum.com for Bulk Shipping Discounts.

⚠️ Destination Duties & Taxes Not Included

Don’t Order Before Reading This

💳 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!

Delivery & Shipping

Order Processing Time

  • All orders are processed within 1 business day.

Preparation Time

  • In-stock items: Ready for quick shipment.
  • Pre-order items: Typically require around 7 days for preparation. We will notify you promptly after your order.

Shipping Carriers

  • Orders are shipped via DHL Express, FedEx, or other couriers.

Address Changes

  • Please ensure your shipping address is correct before placing your order.
  • Once an order is processed, address changes may not be possible.

Order Notification Emails

  • Order Confirmation Email (sent after checkout)
  • Shipping Confirmation Email (includes tracking info)

If you have any questions please email to market@visiondatum.com

FAQ

Q1: What is the maximum frame rate of this camera?
A: It supports 815fps at full 640×480 resolution, and up to 1000fps in ROI (cropped) mode for higher-speed motion capture.

Q2: Is this camera suitable for sports motion analysis?
A: Yes. It is widely used for Kinovea-based sports analysis, including golf swing, football motion tracking, and biomechanics research.

Q3: Does the camera support external triggering?
A: Yes. It supports external trigger input, making it suitable for synchronized multi-camera or event-based capture systems.

Q4: What interface does it use?
A: The camera uses a USB 3.0 interface, providing plug-and-play connectivity without additional frame grabbers.

Q5: Can exposure time be adjusted?
A: Yes. Exposure is adjustable from 40μs to 1 second, allowing precise control for fast motion or low-light conditions.

Q6: Is the camera distortion-free for fast motion?
A: Yes. It uses a global shutter sensor, eliminating rolling shutter distortion in high-speed imaging.

Q7: What software is it compatible with?
A: It is fully compatible with Kinovea, as well as standard machine vision and capture software supporting USB3 Vision.

Descrizione del prodotto 

La fotocamera USB3.0 ad alta velocità Mars640-815um/uc è una soluzione di imaging industriale compatta progettata per l'analisi del movimento, la biomeccanica sportiva e la cattura scientifica ad alta velocità. Dotata di un sensore global shutter da 640×480, offre un imaging ad alta velocità stabile fino a 815fps e supporta fino a 1000fps quando si utilizza la modalità ROI ritagliata.

Basata su una popolare piattaforma di sensore CMOS global shutter, la fotocamera garantisce una cattura del movimento accurata senza distorsioni. L'interfaccia USB3.0 fornisce connettività plug-and-play per un'integrazione facile in PC e sistemi di analisi del movimento.

Completamente compatibile con il software Kinovea, questa fotocamera è ideale per l'analisi delle prestazioni sportive, gli studi di movimento in laboratorio e le applicazioni di biomeccanica educativa. Le sue dimensioni ridotte e le impostazioni di esposizione regolabili la rendono facile da integrare sia in configurazioni portatili che fisse.

Caratteristiche principali

  • Sensore CMOS global shutter 640×480
  • Cattura full-frame a 815fps (fino a 1000fps in modalità ROI/ritaglio)
  • Interfaccia USB 3.0 plug-and-play
  • Supporta il trigger esterno
  • Design compatto e leggero
  • Imaging ad alta velocità a bassa distorsione
  • Compatibile con software Kinovea
  • Ideale per sistemi di analisi del movimento

Applicazioni principali

  • Analisi del movimento sportivo (sistemi Kinovea)
  • Ricerca in biomeccanica
  • Tracciamento della palla e analisi della traiettoria
  • Ispezione del movimento industriale
  • Test di robotica e automazione
  • Esperimenti scientifici ad alta velocità
  • Formazione educativa e di laboratorio
  • Cattura del movimento per visione artificiale

Specifiche

Modello Mars640-815um/uc
Risoluzione 640 x 480
Dimensione sensore 1/4"
Dimensione pixel 4.8μm x 4.8μm
Frame rate 815fps
Bit di dati 10bit
Tempo di esposizione 40μs~1s
Gamma dinamica 60dB
Interfaccia USB 3.0

 

Linguaggio di programmazione:
Supporto: C#/C++Builder/Cti/Delphi/Halcon/LabView/Python/VB/VC/VisionPro

Mars640-815um/uc 815fps USB3.0 high speed camera with global shutter sensor for motion analysis and Kinovea compatibility
High speed 640×480 USB3 camera used for sports motion analysis, biomechanics research, and ROI up to 1000fps capture systems

Catalogo Mars640-815UM/UC Download

Datasheet
Dimension Drawing

Payment & Security

Payment methods

Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

Torna all’inizio