PopNeuron tackles the challenges of advancing neuroscience tools with its revolutionary device, integrating computer 3D vision and a robotic platform for precise, automated brain targeting. Enhancing accuracy and reproducibility, this technology streamlines neuroscientific procedures, offers easy calibration with a brain phantom and software atlas, and facilitates global uniformity in research through an open, cloud-based platform for atlas system exchanges.
PopNeuron’s advanced technology overcomes traditional neuroscience tool limitations, offering innovative, automated, high-precision targeting with enhanced accuracy, reproducibility, and global consistency through a collaborative, cloud-based platform for diverse research needs.
This PopNeuron tabletop Stewart platform, also known as a hexapod, is a versatile and compact motion system that offers precise control over multiple degrees of freedom. This hexapod features a sturdy base with a breadboard on top, providing a flexible platform for mounting various optical, electronic, and precision instruments for a wide range of applications. At the same time, PopNeuron’s model HX1000 is surprisingly affordable.
The hexapod is equipped with six high-precision motors that independently control the motion in six different axes: x, y, z, pitch, roll, and yaw. This allows for complex movements and adjustments with micron-level precision, making it ideal for applications requiring fine positional control and stability.
Despite its small size, this hexapod is built to be sturdy and durable, capable of handling many different loads while maintaining positional accuracy. Its compact design makes it easy to integrate into existing setups or workspaces, providing researchers and engineers with a reliable and versatile tool for their experiments and projects.
The hexapod can be controlled by several software platforms. PopNeuron offers a stand-alone driver program, a MatLab plugin and a Python plugin. An APP for smartphone control is coming soon.
Whether used in research laboratories, engineering facilities, or educational settings, the tabletop Stewart platform offers a valuable solution for positioning and manipulating instruments with precision and efficiency. Its configurable design and multi-axis control capabilities make it a valuable tool for applications ranging from optics and microscopy to robotics and industrial automation.
Color | Anodized Black |
---|---|
Dimensions | W16 x L16 x H28 cm |
Travel Range In X | ±15mm |
Travel Range In Y | ±15mm |
Travel Range In Z | ±15mm |
Rotation Range In Pitch | ±15° |
Rotation Range In Yaw | ±15° |
Rotation Range In Roll | ±15° |
Maximum Velocity In X | 10mm/s |
Maximum Velocity In Y | 10mm/s |
Maximum Velocity In Z | 10mm/s |
Maximum Angular Velocity In Pictch | 10°/s |
Maximum Angular Velocity In Yaw | 10°/s |
Maximum Angular Velocity In Roll | 10°/s |
Unidirectional Repeatability In X | 0.25mm |
Unidirectional Repeatability In Y | 0.25mm |
Unidirectional Repeatability In Z | 0.25mm |
Unidirectional Repeatability In Pitch | 0.25° |
Unidirectional Repeatability In Yaw | 0.25° |
Unidirectional Repeatability In Roll | 0.25° |
Maximum Load Capacity, | 8lb (3.62kg) |
Material | Anodized Aluminum |
Operating Temperature Range | 10C to 50C |
By using PopNeuron software, you agree to our End-User License Agreement, available here.
Documents and User Manuals:
Stewart, D. (1965). A Platform with Six Degrees of Freedom. Proc. Inst. Mech. Eng. 180: 371-386; doi:10.1243/PIME_PROC_1965_
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