Scape Technologies SCAPE MINI PRO C-1000 Specifications

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The SCAPE MINI PRO C-1000 by Scape Technologies is designed for applications that demand longer working distances, with a range of up to 1000 mm. This feature allows it to handle larger or more spaced-out parts, making it versatile for various industries. Its extended range, combined with robust part detection algorithms, makes it particularly useful for applications where parts are randomly positioned within a wider field.

Equipped with a 1.3 MP monochrome sensor and a 10 FPS frame rate, the MINI PRO C-1000 balances clarity and speed in part recognition tasks. This model is capable of accurate item selection and positioning, which reduces error rates in automated handling systems. The monochrome sensor enhances the contrast and detail of parts, which is essential for reliable detection and handling in complex environments like automotive and electronics assembly lines.

Industries that benefit from the SCAPE MINI PRO C-1000 include automotive and packaging, where precise part recognition and handling across a wider area are critical. Typical applications include object recognition, quality inspection, and automation within production workflows, all of which benefit from its combination of extended working distance and reliable, high-quality imaging​.

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SCAPE MINI PRO-700 Monochrome | Working distance 700mm SCAPE MINI PRO C-700 Monochrome | Working distance 700mm SCAPE MINI PRO C-1000 Monochrome | Working distance 1000mm
Working distance 1000 mm
Image Type
  • Color
  • Hyperspectral
  • Monochrome
  • Multispectral
  • MWIR
  • Near-infrared
  • SWIR

SCAPE MINI PRO C-1000 Alternatives

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Scape Technologies SCAPE PRO C-L
Monochrome | Working distance 1000mm
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The SCAPE PRO C-L from Scape Technologies is optimized for mid-to-long-range applications, featuring an extended working distance designed for larger part handling and broader scan areas. This model is ideal for industries that require precise part identification over longer distances, such as large-scale manufacturing lines. The SCAPE PRO C-L’s range enables it to maintain high accuracy in diverse environments without compromising on scanning quality.It features a monochrome imaging sensor with sufficient resolution for detailed part detection, enabling accurate item recognition even in challenging industrial settings. Its balanced frame rate supports efficient part handling while minimizing errors, which is critical for maintaining consistent quality in production lines. This combination of distance and detail is particularly valuable in applications where components are spaced apart or vary in size.Applications for the SCAPE PRO C-L include automated assembly, quality control, and object recognition in industries such as automotive and packaging. Its ability to handle larger components at an extended distance makes it a versatile solution for workflows requiring precision across a broader workspace​
Scape Technologies SCAPE PRO C-XL
Monochrome | Working distance 1600mm
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The SCAPE PRO C-XL by Scape Technologies is engineered for applications requiring an extended working distance, tailored for large-scale industrial environments where precision and reach are essential. This model stands out for its capability to handle objects over a considerable range, making it highly suitable for expansive workspaces where components may be widely spaced or larger than typical parts.Equipped with a high-resolution monochrome sensor, the SCAPE PRO C-XL ensures accurate part identification and positioning, crucial for error-free automation. The sensor’s capability, combined with a robust frame rate, maintains efficiency in detecting and handling parts without sacrificing detail, which is essential in quality control and large-component assembly lines.The SCAPE PRO C-XL finds applications in industries such as automotive and aerospace, where large parts or assemblies require precise object recognition and handling from greater distances. Its adaptability and extended range make it an effective solution for quality assurance, object recognition, and robotic automation in sectors demanding both reach and accuracy​.
Scape Technologies SCAPE PRO C-M
Monochrome | Working distance 500mm
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The SCAPE PRO C-M from Scape Technologies is engineered for high-precision tasks requiring medium-range scanning capabilities. It is optimized for use in automated setups where compact space and accurate part detection are critical. The model’s working distance and robust scanning technology allow it to handle complex parts in applications where reliable part recognition and positioning are essential.With a monochrome imaging sensor, the SCAPE PRO C-M provides sharp, high-contrast imaging, supporting accurate part selection and reducing error rates in automated systems. This imaging capability, combined with advanced software algorithms, enables efficient object recognition and control, ideal for manufacturing processes that involve intricate assembly or inspection tasks.Common applications of the SCAPE PRO C-M include quality inspection and automated assembly in industries such as automotive and electronics, where mid-range scanning and precision are paramount. Its adaptability to various part geometries and detection accuracy make it suitable for high-detail production environments where minimizing downtime and maximizing reliability are priorities.
Scape Technologies SCAPE MINI PRO C-700
Monochrome | Working distance 700mm
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The SCAPE MINI PRO C-700 by Scape Technologies is a compact robotic solution designed for precise part handling in automation settings. With a working distance of 700 mm, it is suitable for operations requiring close-up accuracy, particularly in confined industrial environments. This model integrates advanced algorithms for part identification, which enhances its reliability in tasks like bin-picking, making it well-suited for industries where space optimization and precision are key.The MINI PRO C-700 features a monochrome image sensor with a 1.3 MP resolution, allowing for high-quality detection and reduced error rates in component recognition. Its frame rate of 10 FPS provides a balance between detailed image capture and responsiveness, supporting tasks that require careful identification without compromising on speed. This setup is particularly advantageous in quality control and assembly processes where precision is paramount.Industries such as automotive and electronics benefit from the SCAPE MINI PRO C-700's capabilities, especially in applications like object recognition, quality control, and automation workflows. Its adaptability to specific production requirements makes it a valuable asset for environments that demand high accuracy and efficient space usage, such as part sorting on assembly lines.
Scape Technologies SCAPE MINI PRO-700
Monochrome | Working distance 700mm
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The SCAPE MINI PRO-700 from Scape Technologies stands out for its precision-focused automation capabilities tailored to repetitive industrial tasks. Designed with a compact footprint, it is optimized for workspaces where space constraints are a factor but precision and reliability remain crucial. This model supports high-resolution part detection, making it particularly suitable for applications requiring meticulous part recognition and handling accuracy​.A key feature of the MINI PRO-700 is its advanced algorithmic approach to bin-picking, enhanced by a robust vision system capable of identifying parts in random positions. The accuracy of its detection algorithms minimizes errors in item selection, which can lead to significant reductions in operational costs over time. Additionally, its programming adaptability allows users to customize workflows to their specific needs without extensive reconfiguration efforts​.Common applications for the MINI PRO-700 include assembly line integration, part sorting, and quality control tasks within industries like automotive manufacturing, electronics, and general manufacturing. Its reliable part-picking capability, coupled with compact design, positions it as an efficient choice for high-precision environments that demand dependable automation without occupying excessive space​.
Scape Technologies SCAPE ULTRA-XL
Monochrome | Working distance 2500mm
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The SCAPE ULTRA-XL from Scape Technologies is a highly advanced scanner designed for applications that require extremely long working distances. This model is particularly suitable for environments where large objects need to be detected and handled from significant distances, such as large-scale manufacturing plants. Its robust construction and extended range make it ideal for detecting substantial components without compromising precision.Featuring a high-resolution monochrome sensor, the ULTRA-XL provides excellent image clarity and detail, enabling accurate identification even with distant objects. Its frame rate supports seamless integration into automated systems, maintaining efficiency and minimizing errors. The ULTRA-XL’s powerful detection capabilities ensure reliable object recognition and handling in fast-paced environments where precision and reach are crucial.This scanner is well-suited for applications in industries such as aerospace, automotive, and heavy equipment manufacturing. Its long-range precision and high-definition imaging make it valuable for quality control, object recognition, and robotic automation, especially in settings where large, irregularly shaped parts are common​.
Scape Technologies SCAPE ULTRA-L
Monochrome | Working distance 2000mm
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The SCAPE ULTRA-L by Scape Technologies is a high-performance scanner built for industrial applications requiring extended reach and accuracy. With an impressive working distance, it caters to larger-scale operations where parts may be widely spaced, optimizing workflow without sacrificing precision. Its robust design makes it suitable for various demanding environments, particularly where precise detection and handling of oversized or irregularly shaped parts are essential.This model is equipped with advanced imaging capabilities, ensuring high-definition detection even at long distances. The monochrome sensor delivers crisp detail and enhanced contrast, which is advantageous for quality inspection tasks that require distinguishing subtle defects or variations. Its efficient frame rate allows for smooth integration into automated workflows, ensuring both speed and accuracy in parts handling and identification.Applications for the SCAPE ULTRA-L include quality inspection, object recognition, and robotic automation in industries like automotive, aerospace, and heavy manufacturing. Its combination of long-range accuracy and detailed imaging makes it a valuable asset in production environments focused on high-volume, precision-dependent workflows​.
COGNEX 3D-L4000 with VisionPro
Monochrome | Multispectral | Near-infrared | SWIR | Working distance 92-180 mm
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The COGNEX 3D-L4000 with VisionPro is a high-speed and high-resolution 3D inspection system that combines laser triangulation with advanced image formation. It excels in capturing highly detailed three-dimensional renderings of parts under inspection, allowing for precise measurements of various surface-level features such as length, width, height, tilt, and volume. With its rugged IP-65 rated design and compact form factor, this system can seamlessly integrate into any production environment. It offers versatility by automating both 2D and 3D vision tasks, featuring full factory calibration for simplified deployment and contrast-independent inspection for enhanced detection capability.One of its standout features is the incorporation of patented speckle-free blue laser optics, which enables the system to capture higher quality images compared to traditional laser displacement sensors. These optics significantly reduce speckle and glare, common challenges in 3D laser systems, thereby enhancing the accuracy and reliability of inspections. Additionally, the 3D-L4000 with VisionPro offers a wide range of sensor options, the ability to combine 3D and 2D cameras, and intuitive software for rapid deployment of inspection, OCR, and presence/absence applications. Its capabilities also include generating measurements in real-world units, achieving micron-level accuracy, preventing misalignment and motion errors, and simplifying multi-head analysis with 3D image stitching.The 3D-L4000 with VisionPro is designed to meet various application requirements with different sensor models, offering options like the VP 3D-L4033, VP 3D-L4050, VP 3D-L4100, and VP 3D-L4300, each with specific measurement ranges and laser characteristics. With its robust environmental resistance (IP65 rating), it can operate in challenging conditions and temperatures ranging from 0°C to 45°C. In summary, this advanced 3D inspection system provides manufacturers with the tools to optimize product quality, achieve higher resolution, and maintain consistency across production lines, making it a valuable asset in quality control and manufacturing processes.
COGNEX In-Sight 3D-L4000
Monochrome | Multispectral | Near-infrared | SWIR | Working distance 92-180 mm
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The In-Sight 3D-L4000 is a cutting-edge 3D vision system that integrates advanced 3D laser displacement technology with a smart camera, offering engineers a powerful solution for various inspection tasks. One of its standout features is the use of patented speckle-free blue laser optics, a significant industry innovation. This technology allows the system to acquire high-quality 3D images, providing better image formation in real-world settings compared to traditional laser displacement sensors that suffer from speckling issues. Additionally, the In-Sight 3D-L4000 boasts onboard high-performance processing capabilities, eliminating the need for external processing.What sets the In-Sight 3D-L4000 apart is its robust collection of true 3D vision tools. Unlike many 3D systems that transform 3D images into 2D height maps for basic processing, this system enables users to place vision tools directly on a true 3D image of the part or component they're inspecting. This approach increases the accuracy of inspection results and broadens the range of inspections that can be performed. Furthermore, the system simplifies application development through its intuitive In-Sight spreadsheet interface, reducing the need for programming and enabling the seamless integration of 2D and 3D vision tools in a single job to address a wide variety of applications.In terms of specifications, the In-Sight 3D-L4000 series is available in different models (IS3D-L4050, IS3D-L4100, IS3D-L4300) with varying measurement ranges and features, offering flexibility to suit specific application needs. Its housing is rated IP65 for environmental resistance, and it operates in a temperature range of 0-45°C (32-113°F). With a gigabit Ethernet interface and a compact design, this system is a versatile and reliable choice for industrial 3D vision applications.
COGNEX 3D-A1000 Dimensioning System
Monochrome | Near-infrared
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The COGNEX 3D-A1000 Dimensioning System is an industrial smart camera designed to capture both 3D and 2D images of moving objects with exceptional accuracy and efficiency. It stands out due to its innovative use of patented 3D symbolic light technology, which allows it to freeze motion with a single image, eliminating the need for complex calibration and encoder integration. This technology results in highly accurate 3D point cloud data, making it ideal for tasks like container fill measurement, damage detection, and feature finding. The system offers fast and reliable results without requiring intricate setup or ongoing maintenance.One notable feature of the 3D-A1000 is its ability to optimize various aspects of logistics and warehouse operations. It can estimate shipping costs, optimize storage density, track registered goods, sort products efficiently, recover lost revenue, and eliminate manual processes. Its compact and plug-and-play design, along with its factory calibration, makes it easy to integrate into existing systems, while its <5 mm (0.2") dimensional accuracy on cuboidal and irregular objects ensures precision in measurement, even in challenging scenarios. Additionally, the system is unaffected by uneven transitions, speed changes, or curved conveyance, making it suitable for a wide range of applications.For those seeking expanded dimensioning capabilities, the 3D-A1000 offers a Multi-Head Dimensioning System that can capture more angles and perspectives. This fully configurable solution allows users to quickly and accurately dimension items at smaller gaps and faster belt speeds, providing a comprehensive, multi-perspective view. Its adaptability and ease of setup make it a powerful addition to logistics and industrial processes, offering seamless barcode tunnel integration with DataMan Multi-Reader Sync and superior performance on difficult target surfaces.
Basler RGB-D Solution
Color | Monochrome
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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 objectsExample: 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 lackingExample: 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 robotsExample: Finding the floor in 3D is supported by color: asphalt gray probably belongs to road (floor)
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