Designed for Collaborative Arms! Transfer Vision Industrial 3D Camera Pixel Mini, Making Lightweight Break the Imagination

The design of this series fully considers the modern industrial demand for flexible and precise operations, providing excellent Point Cloud imaging accuracy for 'eye-in-hand' applications of collaborative robots and compound robots, significantly improving operation accuracy and success rate.

'Golden Combination' Leads a New Era of Manufacturing

Collaborative robots and compound robots, with their flexibility and intelligence, have quickly become the darlings of the Industry 4.0 era. The High-Tech Robot Industry Research Institute (GGII) predicts that by 2026, sales of collaborative robots in China will exceed 100,000 units. This will release more market demand for miniaturized high-precision industrial 3D cameras.

The '3D Vision + Collaborative Robot/Compound Robot' golden combination not only endows robots with more comprehensive perception and decision-making capabilities but also significantly improves the flexibility and human-machine safety of production lines, becoming a key trend driving the development of the robotics industry.

Pixel Mini Product Advantages at a Glance

1. Ultra-High Accuracy, Excellent Imaging Results

The Pixel Mini camera achieves VDI/VDE measurement accuracy of 0.1mm@0.5m, maintaining the optimal imaging accuracy among current products with the same baseline in the market. It can generate accurate, complete, and high-definition Point Cloud data for various typical workpieces, suitable for conditions such as scattered stacking, fine textures, and certain reflective objects. For customers, ultra-high accuracy directly improves production efficiency, reducing repetitive work and downtime caused by positioning errors.

2. 0.2 Seconds Ultra-Fast Acquisition, In the Blink of an Eye

The Pixel Mini camera's shortest Image acquisition time is as low as 0.2 seconds, leading the market among similar products. The fast acquisition capability allows the camera to capture real-time changes in the production environment and grasped materials, providing the system with instant information to adjust Aksi, ensuring the timeliness and accuracy of system operations, effectively accelerating the production rhythm, and further improving system productivity.

3. Size of a Mobile Phone, Suitable for Precision Scenarios

For 'eye-in-hand' scenarios, the end-effector load weight is a key factor when configuring a robotic arm. A heavier end load may affect the robot's operating speed and precision.

Therefore, reasonably controlling the load weight is crucial for maintaining robot performance. For industrial 3D cameras, achieving lightweight devices is not easy; it also requires ensuring the strength of mechanical structural parts to reduce accuracy loss caused by structure and optimizing heat dissipation to reduce thermal drift.

Thanks to the further structural optimization and hardware design of the Pixel Mini camera, the product's volume and weight are the smallest among current products with the same baseline. The camera's total weight is 0.8kg, and its Dimensions are only 130*59*73mm, with length and width smaller than those of the iPhone 14 Pro Max (iPhone 14 Pro Max body length and width are approximately 160.7mm*77.6mm).

This not only maximizes the valuable load capacity for the robotic arm but also further enhances the installation and operation flexibility of the vision system, perfectly adapting to more precision scenarios, complex scenarios, or confined space scenarios.

4. 4.5W Ultra-Low Average Power Consumption, Ensuring Operational Continuity

In automated production lines or complex work scenarios, if the industrial 3D camera has high power consumption, it will significantly affect the battery life of compound robots, possibly leading to frequent charging and affecting operational continuity and efficiency.

The Transfer Vision Pixel Mini camera has an average power consumption of only 4.5W¹, with a standby power consumption of 2.4W. The low power consumption design helps improve the energy efficiency of compound robots, optimize overall energy performance, and effectively reduce long-term operating costs. Additionally, the high efficiency and low power consumption of the Pixel Mini camera reflect Transfer Vision's commitment to the sustainable development of industrial automation equipment. (Note ¹: The maximum instantaneous power of Pixel Mini is 32W. The average power consumption Test condition: acquisition time 700ms, exposure interval 7.3s, room temperature indoor environment.)

Pixel Mini Camera Detailed Parameters

In the future, Transfer Vision will always be committed to creating products that meet and exceed customer expectations, continuously optimizing products and technologies, so that intelligent technology can truly help enterprises reduce costs and increase efficiency.