Scape Technologies SCAPE Pro C-L Alternatives & Competitors

The SCAPE Pro C-M is a cost-effective industrial 3D scanner. It features a stationary design that allows it to be mounted above the scanning scene. This scanner utilizes binocular scanning technology, which enhances its ability to capture data from multiple angles, making it particularly effective for bin-picking tasks and applications where object differentiation is crucial. The C-M model has a working range of 969 to 1573 mm and offers a field of view of 1300 x 1000 mm, allowing it to efficiently cover a wide area while maintaining a lateral resolution of 0.820 mm.

This model is equipped with a color camera that enhances the scanning process by providing additional color data alongside geometric information. This capability allows for improved surface inspection, object differentiation, and texture mapping, which are essential for accurately identifying and processing various items in industrial settings. The scanner can generate up to 2.0 million points using blue laser light (447 nm), ensuring high precision and detail in the 3D point cloud generated during scans.

The SCAPE Pro C-M is suitable for various industrial applications, including bin-picking, object detection (pose estimation), and palletizing/depalletizing tasks. Its stationary design allows for faster cycle times as it does not require a robot for data acquisition, enabling quicker operations in environments that demand efficiency and accuracy. Additionally, with its IP65 rating, the scanner is protected against dust and low-pressure water jets, making it well-suited for the challenging conditions of many manufacturing environments.

The SCAPE Pro C-XL is a stationary industrial 3D scanner, currently available at the lowest price on the market. It is designed to capture large-scale 3D data with precision and efficiency. With a working range of 1100 to 3500 mm and an extended range capability of up to 4900 mm, it is particularly well-suited for applications requiring comprehensive area coverage. The scanner features a substantial field of view of 3200 x 3100 mm and generates up to 2.0 million points using blue laser light (447 nm), allowing for the detailed mapping of large objects or scenes without the need for movement during the scanning process.

Utilizing binocular scanning technology, the SCAPE Pro C-XL is optimized for tasks such as bin-picking, object detection, and pose estimation, where multiple viewing angles enhance accuracy. Its stationary design provides significant advantages over robot-mounted scanners, notably faster cycle times since the scanner can quickly acquire data without involving robotic movement.

With an IP65 rating, the SCAPE Pro C-XL is built to withstand the challenges of demanding industrial environments, offering protection against dust and low-pressure water jets.

The SCAPE Ultra-L is a high-precision monocular 3D scanner, available at the lowest price on the market. It is designed for stationary mounting in industrial environments. With a working range of 1057 to 2070 mm, it provides an extensive field of view measuring 1700 x 1400 mm. This scanner generates up to 2.0 million points using blue laser light (447 nm), enabling the creation of detailed 3D point clouds with high accuracy. The built-in shutters prevent projected light from spilling outside the designated scanning area, ensuring optimal data quality and minimizing noise in the acquired point cloud.

The design of the SCAPE Ultra-L significantly reduces cycle times to just one second, as it eliminates the need for a robot to handle data acquisition. This stationary design is particularly beneficial for applications where quick, repeated scans are necessary, such as in bin-picking tasks, industrial inspections, and machine guidance. The ability to capture precise depth information while maintaining a stable setup contributes to its efficiency in demanding operational conditions.

IP65-rated for protection against dust and low-pressure water jets, the SCAPE Ultra-L is built to withstand challenging environments typically found in manufacturing and industrial settings. Its capabilities make it suitable for various applications, including object detection, high-precision industrial inspections, and gathering depth information for automated systems. Plus, it comes with SCAPE 3D Scanner Viewer Software, which further enhances its usability by allowing for multiple configurations tailored to different surface types, ensuring high-quality results across diverse scanning scenarios.

The SCAPE Ultra-XL is a high-precision 3D scanner available at the lowest price on the market. Designed for stationary mounting, this monocular scanner offers low noise in the acquired point cloud. It features built-in shutters that prevent projected light from affecting areas outside the scene, ensuring optimal data quality. With its stationary design, SCAPE Ultra reduces cycle times down to 1 second by eliminating the need for the robot to handle data acquisition, making the process faster and more efficient.

The SCAPE Ultra-XL is IP65-rated, providing reliable protection against dust and low-pressure water jets, making it well-suited for demanding industrial environments.

How it works:

The scanner projects precise patterns onto the scene, which are captured by a camera. This creates a 3D point cloud, representing the scene in digital form. Since neither the scene nor the sensor moves during scanning, the process achieves a high level of accuracy.

Software:

The SCAPE Ultra-XL includes the SCAPE 3D Scanner Viewer Software, which offers multiple configurations to enhance image quality for parts with various surface types or characteristics (shiny, black, semi-transparent, and more).

The SCAPE Mini Pro C-700 is a high-performance 3D scanner available at the lowest price on the market. It is designed for industrial applications that require color imaging capabilities alongside accurate depth data. With dimensions of 165 x 115 x 49 mm and a weight of 1,030 g, the Mini Pro C-700 is compact enough for direct mounting on robot arms, facilitating integration into automated systems. The scanner features a working range of 400 to 700 mm and utilizes a blue laser light source (447 nm) to generate up to 1.3 million points, achieving a lateral resolution of 0.55 mm in the XY-plane. This combination of features makes it suitable for detailed inspections and complex scanning tasks.

The Mini Pro C-700 is also designed to function reliably in environments with significant ambient light interference, thanks to its robust laser technology and built-in software that optimizes image quality for different materials.

The SCAPE Mini Pro C-1000 is a high-performance 3D scanner available at the lowest price on the market. It is designed for industrial applications, featuring a larger working range of 380 to 1000 mm compared to its Mini Pro C-700 counterpart. This scanner maintains a compact size of 165 x 115 x 49 mm and weighs 1,030 g, making it suitable for direct mounting on robotic arms. Utilizing blue laser light (447 nm), it produces up to 1.3 million points with a lateral resolution of 0.51 mm in the XY-plane, providing high precision for a variety of scanning tasks.

Equipped with a color camera, the SCAPE Mini Pro C-1000 excels in capturing detailed color images, which is essential for applications requiring visual analysis alongside depth data. Its robust software suite allows for various configuration settings to optimize image quality for different surface types, enhancing its effectiveness in challenging conditions, such as shiny or semi-transparent materials. The scanner's IP65 rating ensures it can operate effectively in industrial environments, with strong resistance to dust and moisture.

The SCAPE Mini Pro-700 is a compact 3D scanner available at the lowest price on the market. It is optimized for close-range applications with a working range between 400 to 700 mm. Designed for mounting on a robot arm, it uses a blue laser light source that resists ambient light interference, making it suitable for high-precision operations in variable lighting conditions. Its small size (120 x 100 x 55 mm) and lightweight design (780 g) support seamless integration, allowing for easy maneuverability in tasks requiring detailed proximity scanning, such as quality inspection and small-part detection.

One of the key capabilities of the SCAPE Mini Pro-700 is its high-density point generation, producing up to 1.3 million points with an XY-plane resolution of 0.55 mm, enabling highly detailed surface mapping. Its advanced SCAPE 3D Scanner Viewer Software allows configuration flexibility to adapt to challenging material properties, including shiny, black, or semi-transparent surfaces. Additionally, its IP65 rating ensures durability in industrial environments, providing robustness in operations that demand both accuracy and resilience.

This scanner’s applications are broad within manufacturing and automation, ideal for guiding robots in complex assembly tasks, close-up inspections of components, and ensuring precise positioning for pick-and-place operations. With its rapid data acquisition and processing capabilities, the SCAPE Mini Pro-700 enhances the precision and reliability of automated systems, meeting the demands of sectors like electronics, automotive, and general manufacturing where precision and adaptability are critical.

RAYPLE 3D Cameras are advanced imaging devices that utilize line structured light and speckle laser technology to capture high-precision and high-quality 3D data. These cameras offer a range of standout features and capabilities, making them a reliable option for industrial automation and various 3D applications.

One of the notable features of iRAYPLE 3D Cameras is their ability to capture data with high precision. Through the use of line structured light and speckle laser technology, these cameras can generate detailed and accurate 3D point cloud data or volume data. This precision is crucial for tasks such as object recognition, dimensional measurement, and quality inspection, where precise and reliable data is essential.

iRAYPLE 3D Cameras also excel in capturing data at high frame rates. The cameras are designed to quickly capture and process multiple frames per second, enabling real-time data acquisition. This high frame rate capability is particularly advantageous in dynamic applications where capturing moving objects or rapidly changing environments is required.

Another standout feature of iRAYPLE 3D Cameras is their ability to handle high dynamic range scenes. These cameras are equipped with advanced sensors and algorithms that can effectively capture data in scenes with varying levels of brightness and contrast. This capability ensures accurate and reliable 3D data acquisition even in challenging lighting conditions, making the cameras suitable for a wide range of industrial environments.

Ease of use is a key aspect of iRAYPLE 3D Cameras. They are designed to be user-friendly and straightforward, with intuitive interfaces and easy-to-use features. The cameras provide seamless integration with software systems, allowing for convenient setup and streamlined workflows. This user-friendliness ensures efficient deployment and reduces the learning curve, making iRAYPLE 3D Cameras accessible to a broader range of users.

In addition to their standout features, iRAYPLE 3D Cameras are also built to meet the demands of industrial automation. They are designed to withstand harsh environments and can operate reliably in extreme temperatures. This durability and tolerance for challenging conditions make them suitable for integration into industrial production lines, robotic systems, and quality control processes.

The Basler blaze Time-of-Flight 3D Camera is a cutting-edge industrial solution offering real-time, precise 3D imaging for a wide range of applications. Leveraging Sony's DepthSense™ sensor technology and onboard depth image processing, it captures comprehensive data, including a 3D point cloud, intensity image, range map, and confidence map, ensuring a thorough understanding of complex environments. With its NIR laser diodes operating in the 940 nm range, it generates 2D and 3D data in one shot, making it highly efficient for industrial automation and logistics.

Standout features of the Basler blaze camera include VGA resolution, delivering high precision and accuracy in 3D imaging. Its Dual Exposure HDR capability enables exceptional imaging performance even in high contrast scenes, while the IP67 rating ensures resilience in demanding industrial environments, offering resistance to dust and water. Moreover, the hardware trigger feature allows for precise triggering with minimal latency, crucial for real-time 3D image acquisition, making it an ideal option for time-sensitive industrial automation processes. These specialized specifications and features make the Basler blaze an attractive choice for industries seeking reliable and versatile 3D imaging solutions.

The RGB-D solution merges Basler blaze 3D and color camera data for colored point clouds. It enhances object detection, classification, and scene understanding by combining depth and color information. This combination aids accurate recognition, particularly for similar shapes, and supports tasks like depalletizing and mobile robot navigation. The RGB-D approach offers advanced perception and improved accuracy for industrial automation applications.

Advantages of RGB-D: When does the combined use make sense?

Robust object detection and classification with increased accuracy of correct matches, especially for similarly shaped objects

Example: Can you tell in the left part of the point cloud whether it is an apple or an orange? This is only possible in RGB color. Conversely, a 2D camera would not be able to tell the difference between the photo of an apple and the real apple.

Color information helps improve scene details where depth information is lacking

Example: During depalletizing, two cartons are so close together on the pallet that they are recognized as one by the 3D camera. In the higher-resolution RGB data, however, a gap can be detected.

Reliable scene segmentation, if necessary enhanced by the use of deep learning (here: integration of prior scene knowledge), for example for the use of mobile robots

Example: Finding the floor in 3D is supported by color: asphalt gray probably belongs to road (floor)