BY RESEARCHERS, FOR RESEARCHERS

Hexatron 1000 Positioning System

Precision Positioning Reimagined for Modern Research

The Hexatron 1000 from PopNeuron represents a superior approach to precision positioning across diverse research applications. Built on proven hexapod platform technology, this system delivers six degrees of freedom with exceptional mechanical stability—ideal for laser alignment, micro-tool manipulation, and small animal positioning.

Key Features

Six-Axis Freedom Full control over X, Y, Z translation plus pitch, roll, and yaw rotation enables precise positioning in true 3D space—something conventional XYZ stages simply cannot achieve.

Superior Mechanical Stability The parallel kinematic design distributes loads evenly across all actuators, providing outstanding rigidity and vibration resistance compared to stacked serial positioning systems.

Versatile Applications

  • Laser beam steering and optical alignment
  • Precision tool positioning for microscopy and fabrication
  • Sample manipulation in imaging systems
  • In-vivo studies requiring controlled animal positioning
  • Any application demanding repeatability with angular control

Why Hexapod Architecture?

Traditional positioning stages stack multiple axes sequentially, compounding errors and reducing overall stiffness. The Hexatron 1000’s hexapod design eliminates these limitations through parallel kinematics, delivering exceptional accuracy across the entire working envelope.

Specifications at a Glance

The Hexatron 1000 offers research-grade performance in a robust, reliable package—bringing hexapod precision to applications where it has historically been underutilized.

Discover what precision really means.

What We’re Offering

What Makes Us Different

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.

PopNeuron alternative logo white and grey
Hextron 1000 render with background

Hexapod Hexatron 1000

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.

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.

The Hexatron 1000 is a modern interpretation of a classic concept.

The Hexatron 1000 is a modern interpretation of a classic concept.

Bread board design of top plate allows for ultimate flexibility when mounting optics or other components.

Bread board design of top plate allows for ultimate flexibility when mounting optics or other components.

Stable and precise yet cost effective design.

Stable and precise yet cost effective design.

BY RESEARCHERS, FOR RESEARCHERS

See Hexatron 1000 in 3D

Technical Specifications

ColorAnodized Black
DimensionsW16 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 X10mm/s
Maximum Velocity In Y10mm/s
Maximum Velocity In Z10mm/s
Maximum Angular Velocity In Pictch10°/s
Maximum Angular Velocity In Yaw10°/s
Maximum Angular Velocity In Roll10°/s
Unidirectional Repeatability In X0.25mm
Unidirectional Repeatability In Y0.25mm
Unidirectional Repeatability In Z0.25mm
Unidirectional Repeatability In Pitch0.25°
Unidirectional Repeatability In Yaw0.25°
Unidirectional Repeatability In Roll0.25°
Maximum Load Capacity,8lb (3.62kg)
MaterialAnodized Aluminum
Operating Temperature Range10C to 50C

Documentation and Software