Hypersen HPS-LCF3000 Alternatives & Competitors

The Hypersen HPS-LCF2000 is a high-performance 3D scanner suitable for inspecting transparent, mirrored, and highly reflective materials. This scanner can record detailed raw data and generate various forms of 2D/3D graphs, making it ideal for industrial precision measurement and scientific research. With a field of view of 6mm and a measurement range of 2.4mm, the HPS-LCF2000 provides ultra-high-speed scanning of 35,000 lines per second, allowing for efficient and accurate data collection. Additionally, this scanner offers a 0.2μm Z-axis repeatability and can capture up to 2048 points per profile, ensuring precise and detailed results.

The HPS-LCF2000 is equipped with a complete software development kit (SDK) and one-stop software support service, making it easy to integrate into existing systems and workflows. This scanner is also designed with an ingress protection level of IP55, ensuring that it can withstand harsh industrial environments. The scanner's dimensions are 276341.175.5mm, and it weighs 8kg, making it a compact and portable device that can be easily moved between workstations.

The HPS-LCF2000 is designed to provide high-quality and reliable results. The scanner's Z-axis repeatability of 0.2μm ensures that even the most minute changes in a scanned object are captured accurately. The scanner's high-speed scanning rate of 35,000 lines per second allows for efficient and quick data collection, while the scanner's ability to capture up to 2048 points per profile ensures that even the most complex shapes and surfaces are accurately scanned.

Overall, the Hypersen HPS-LCF2000 is a high-performance 3D scanner suitable for industrial precision measurement and scientific research. Its ultra-high-speed scanning capabilities, complete software development kit, and high-quality results make it an ideal device for various applications.

Hypersen HPS-LCX1000 is designed for high-precision 3D inspection of transparent, mirrored, and highly reflective materials, such as glass and metals. The device can record detailed raw data and generate various forms of 2D/3D graphs. With a field of view of 2.3mm and a measurement range of 1.4mm, it provides high-resolution images with X-resolution of 1.1μm and 0.1μm Z-axis repeatability.

The device features ultra-high-speed scanning of 35000 lines/sec, allowing for fast and efficient inspections. It has a number of data points/X of 2048 and a stand-off distance of 9.3mm. The device can scan a full measurement range of 2,048 points at a rate of 3,100Hz. The device's maximum surface slope on a mirror is ±45 degrees, making it suitable for a wide range of applications.

Hypersen HPS-LCX1000 comes with a complete SDK and one-stop software support service, making it easy to integrate into existing systems. The device is ideal for use in industrial precision measurement and scientific research, where accuracy and efficiency are critical.

With its IP55 ingress protection level, Hypersen HPS-LCX1000 is rugged and durable, suitable for use in challenging environments. The device has a compact design, with dimensions of 315454104mm and a weight of 13kg, making it easy to transport and install. The device is powered by 24 VDC, 2A and has PC connectivity via a 40G fiber optic connection. It also features digital input with optocoupler input and output.

Hypersen's HPS-LCF1000 is a 3D line confocal sensor that is suitable for the inspection of transparent, mirrored, and highly reflective materials. It is designed to record detailed raw data and generate various forms of 2D/3D graphs, making it an ideal tool for industrial precision measurement and scientific research.

With 2048 points per profile and 0.1μm Z-axis repeatability, the HPS-LCF1000 offers ultra-high-speed scanning of up to 35000 lines/sec. It also provides a complete SDK and one-stop software support service for seamless integration with other systems.

This sensor has a field of view of 6mm and a measurement range of 3mm, with an X-resolution of 2.9μm. It has a stand-off distance of 16mm and can handle a maximum surface slope on a mirror of ±20.5 degrees. The dimensions of the sensor are 449.3397106mm, and it weighs 19kg.

The HPS-LCF1000 is built with an IP55 ingress protection level (EN 60529) and requires a power supply of 24 VDC, 2A. It offers PC connectivity through 40G optical fiber and has digital input with optocoupler input and output.

Overall, the Hypersen HPS-LCF1000 is an excellent tool for the 3D inspection of transparent, mirrored, and highly reflective materials, with its high-speed scanning, precision, and software support service.

Hypersen's HPS-NB3200 is a powerful 3D machine vision controller designed for industrial applications. It comes equipped with an eight-core 64-bit CPU and a high-performance FPGA, which enables extremely fast computing. With this advanced computing capability, the HPS-NB3200 can quickly and accurately process large amounts of data from 3D line confocal sensors and high-speed industrial cameras.

The HPS-NB3200 is a versatile controller that supports a wide range of interfaces, including 40G optical fiber, USB3.1, Gigabit Ethernet, and RS232. This flexibility makes it easy to integrate the controller into existing systems and connect it to various devices. Furthermore, the built-in high-efficiency AI image recognition algorithm enables the controller to analyze complex images and identify defects accurately.

Another significant advantage of the HPS-NB3200 is its compatibility with Hypersen's full range of 3D line confocal sensors and high-speed industrial cameras. This feature makes it easy to upgrade or expand existing systems while maintaining the same high level of accuracy and speed. Additionally, the HPS-NB3200's industrial-grade design, small size, and light weight (only 1.7KG) make it easy to install in tight spaces or on moving equipment.

In summary, the Hypersen HPS-NB3200 is a powerful 3D machine vision controller that offers high-speed computing and compatibility with a wide range of sensors and cameras. Its built-in AI image recognition algorithm and flexible interface make it an excellent choice for industrial applications that require high precision and accuracy.

The Hypersen HPS-DBL60 is an advanced 3D measurement system designed to provide precise and reliable measurement solutions for a wide range of applications. This system features several unique capabilities that make it stand out from other 3D measurement solutions available in the market.

One of the key features of the HPS-DBL60 is its plane measurement, full coverage, large FoV of 62*62mm. This allows for measurement without any blind spots, ensuring that all areas of the object being measured are covered. The system also has a high-precision 3D measurement capability, with a measurement accuracy of ±20μm and a repeatability of 1μm. These features make it suitable for use in applications where high accuracy and repeatability are critical, such as in intelligent manufacturing and precision measurement.

The HPS-DBL60 also has an inline measurement capability, which allows for the simultaneous acquisition of 2D color images and 3D point clouds. This is made possible by the system's extremely fast computing capability, which enables high-precision measurement of 2D dimensions and 3D profiles within one second. This feature makes the HPS-DBL60 ideal for use in applications where real-time measurements are required.

The HPS-DBL60 also has an integrated design, which includes complete SDK and software support. This allows for easy integration with other systems and provides users with a wide range of options for data analysis and visualization. Additionally, the system is equipped with a 10-megapixel CMOS sensor and LED (red, green, blue) light source that can be set separately to 100 levels, providing users with a versatile and adaptable solution for their measurement needs.

Finally, the HPS-DBL60 has a compact and rugged design, with dimensions of 276276290mm and a weight of 9.8kg. It is also designed to operate in a wide range of environmental conditions, with an operating temperature of 0-40°C and relative humidity of 20-85%RH (no condensation). These features make it suitable for use in a wide range of applications, including scientific research, intelligent manufacturing, and precision measurement.

In summary, the Hypersen HPS-DBL60 is an advanced 3D measurement system that offers high-precision, full coverage, and inline measurement capabilities in a compact and rugged design. Its fast computing capability, integrated design, and complete SDK and software support make it a versatile and adaptable solution for a wide range of applications.

The SICK Ruler3000 stands out as a high-precision solution for industrial automation and machine vision applications. Equipped with a specialized 3D CMOS sensor, it offers unparalleled accuracy and measurement speed. This factory-calibrated sensor ensures reliable extraction of the true 3D shape of objects, disregarding contrast or color. With a remarkable ability to deliver measurement values down to 3 µm in height, the Ruler3000 offers exceptional precision in diverse scenarios, from quality control to robotics.

Featuring a CMOS sensor powered by ROCC technology, the Ruler3000 achieves superior 3D performance. It operates at an impressive speed of up to 7 kHz full format, facilitating efficient data acquisition. A guaranteed field-of-view concept simplifies commissioning, while GigE Vision and GenICam compliance contribute to seamless and cost-effective integration into various systems. The device's modular industrial design, complemented by its IP65/67 rating, ensures durability and adaptability to demanding environments, further solidifying its position as a top choice among machine vision system integrators seeking reliable and high-performance 3D cameras.

Highly accurate and with an unmatched measurement speed, the next generation Ranger3 streaming cameras can be configured for a wider range of needs. Powered by our unique 3D sensor tailored for demanding vision applications, Ranger3 will serve as a key component in inspection systems worldwide. The camera extracts the true 3D shape of an object, regardless of its contrast or color and as a result, improves quality for a multitude of products. Cost-effective integration is guaranteed through GigE Vision and GenICam compliance. Ranger3 offers big 3D performance in a small housing.

At a glance:

CMOS sensor from SICK with ROCC technology for superior 3D performance

Processing of up to 15.4 gigapixels/s.

Full-format 3D profile at 7 kHz

Sensor resolution: Up to 2,560 x 832 px

GigE Vision and GenICam compliant

3D, reflective, and scattered light measurement in one device

Industrial housing, optional IP65/67 enclosure rating

High-speed, in-line height measurement and inspection

Z-Trak™2 is a new family of 3D profile sensors built on Teledyne Imaging’s 3D image sensor technology, ushering in a new era of 5GigE 3D profile sensors for high-speed, in-line 3D applications.

Models deliver scan speeds of up to 45,000 profiles per second and features built-in HDR and reflection compensation algorithms to handle surfaces with varying degrees of reflectivity in a single scan. This delivers in-line height measurements for inspection, detection, identification, and guidance in electronics, semiconductor, automotive and factory automation markets segments.

Delivering scan speeds of up to 45,000 profiles/sec
Offering 2K points per profile, all Z-Trak2 models are factory calibrated and offered with either blue or red eye safe lasers to suit various surface properties and operating environments. All sensors are housed in IP67 enclosures for harsh environments and come bundled free with Teledyne Imaging’s Sherlock 8.1 —a point-and-click, rapid application development software package, Sapera Processing RTLs and Sapera LT SDK.

FEATURES INCLUDE

• Up to 2K points/profile; scan rate up to 45K profiles/sec
• Built-in single frame HDR
• 360° inspection and occlusion removal
• Handles varying surface reflectivity to deliver consistent results
• Multi-Sensor Synchronization using single, low cost setup
• IP67 enclosure for harsh operating conditions
• Sherlock 8.1 for rapid application deployment
• Red and blue models
• Reflection compensation algorithms
• Diffused or spurious topologies
• 1, 2.5 and 5GigE interface

The compact Visionary-T Mini 3D snapshot cameras from SICK with their simple operation and excellent data quality provide the solution to virtually all industrial 3D machine vision requirements. Thanks to the advanced 3D time-of-flight technology, each pixel delivers extremely accurate depth and intensity data. The camera captures its surroundings extremely reliably even in strong light/dark contrast conditions and at long distances, and delivers precise data even for moving objects thanks to its very short image capture time. A clearly structured configuration tool makes it easy to parameterize the device and flexibly adapt the data to the specific application. This makes Visionary-T Mini an ideal, cost-efficient solution, e.g., for logistics, robotics or industrial vehicles.

At a glance:

• Up to 30 3D images per second at full resolution (512 × 424 pixels)
• Compact housing
• Temperature range: –10 °C to 50 °C
• Enclosure rating: IP65, 67
• 3D data transmission over industrial Gigabit Ethernet

High-Performance 3D Profiler Sensor for In-Line Measurement and Inspection Applications

Z-Trak is a series of 3D profile sensors delivering high-resolution, real-time height measurements using laser triangulation. These lightweight IP67 rated profile sensors are ideal for in-line measurement, inspection, identification and guidance applications in automotive, electronics, semiconductor and factory automation.

Z-Trak series delivers reliable and repeatable results in varying operating conditions. Z-Trak models handle object widths from 8.5 mm to 1520 mm and height range of 10 mm to 1000 mm. All Z-Trak models are factory calibrated and come with a choice of laser options to suit the surface reflectance.

Z-Trak series features real-time laser line optimization for uniform measurement results, multi-sensor synchronization using generic Gigabit network routers and Power-Over-Ethernet (POE) to simplify setup and configuration. Z-Trak series comes bundled with Teledyne DALSA’s field-proven software packages – Sapera LT, Sapera Processing, and Sherlock 8 3D – at no extra cost. In addition, Z-Trak sensors can operate with 3rd party software packages using either GenICam® or proprietary interfaces.

Powerful. Versatile. Easy to Integrate.
All Z-Trak models are factory calibrated and include powerful features such as FIR-peak detector, optimized optical design, adaptive laser control to optimize integration time, field proven software libraries, and many more.

The overall result? A high-accuracy, high-resolution 3D laser profiler at a low total-cost of ownership.

Open Platform Software Development Tools
GigE Vision compliant, the Z-Trak series supports both Teledyne DALSA vision software as well as off-the-shelf 3rd party 3D image processing packages.

Choose from a wide variety of versatile software to best suit your application. Z-Trak is supported by:

Sapera Processing 3D
Z-Expert
Sherlock 8 3D
MVTec Halcon
GenICam