Engineered organism motion with tailored solution creates mechanical intelligence to redefine possibility frontier!

Linear Motion/

XYZ 3 Axis Stage

https://youtube.com/shorts/PSoVV0cnFrY?feature=share

  • Product Details
  • Inquiry

XYZ 3 Axis Stage is a type of robotic system that uses three linear actuators to move an object in three-dimensional space. It is composed of three linear axes, X, Y, and Z, which are each driven by a stepper motor. The motors are controlled by a motion controller, which can be programmed to move the system in a variety of ways. The XYZ 3 Axis Stage is capable of high accuracy and repeatability, making it ideal for applications such as 3D printing, laser cutting, and pick and place operations. It is also highly customizable, allowing users to configure the system to meet their specific needs. The XYZ 3 Axis Stage is an invaluable tool for any application that requires precise, repeatable motion control.

What do you know about XYZ 3 Axis Stage?

An XYZ 3 axis stage moves a tool or sensor in three orthogonal directions. Three linear actuators stack on top of each other. The bottom stage carries the middle stage. The middle stage carries the top stage. Each axis uses a guide and a drive mechanism.  The mechanical arm of gantry XYZ three-axis sliding platform module is composed of four groups of double X axis, Y axis and Z axis sliding platforms. One of the X axis sliding platforms can be replaced by an auxiliary rail or an auxiliary sliding platform (the sliding platform without a transmission mechanism such as a screw rod or a belt only uses its load-bearing function) to save enterprise costs.  XYZ three-axis gantry type combined manipulator, Z-axis inverted, can be customized according to customer requirements, and quickly build a modular straight intersection manipulator and XY motion platform.

Here are some pictures of XYZ 3 Axis Stage 

XYZ 3 Axis Stage XYZ 3 Axis Stage XYZ 3 Axis Stage

 

 

 

 

 

 

 

 

You also can find video of XYZ 3 Axis Stage

PMC implements detailed in-process validation measures. Inspectors examine every unit prior to delivery.

TallMan Robotics manages production quality through internal lab testing systems and inspection devices.

Hardness tester

Altimeter

Laser interferometer

Quadratic element

Vibration tester

Soundproof room

Hardness tester

Altimeter

Laser interferometer

Quadratic element

Vibration tester

Soundproof room

See the videos; we implement full testing control during production and before shipment.

. High-strength packing uses plywood crates to shield cartons during long-distance delivery.

Packing for Belt Driven Linear Modules

Packing for XYZ 3 Axis Stage

Packing for XYZ 3 Axis Stage

Packing for XYZ 3 Axis Stage

Packing for XYZ 3 Axis Stage

4 meters Linear Motor

Pakcing for Belt Driven Linear Modules

Packing for Belt Driven Linear Modules

XYZ Linear Motion Guides

Packing for XYZ 3 Axis Stage

FAQs about XYZ 3 Axis Stage

How does an XYZ stage achieve motion in three axes?
The X axis moves left and right. The Y axis moves forward and backward. The Z axis moves up and down. Each actuator works independently.

Can I control all three axes simultaneously?
Yes, a 3 axis controller runs coordinated moves. You can move diagonally or in curves. G code programming works for complex paths. Simultaneous motion saves time.

How do you mount this a XYZ 3 Axis Stage on a machine?
Mount the X axis base to a flat surface. Use dowel pins for alignment. Level the entire assembly. Bolt through all mounting holes.

How do you reduce orthogonality errors in this actuator?
Stack stages with precision alignment. Use a granite square during assembly. Laser alignment corrects squareness errors. Software compensation also helps.

You are welcome to visit our download centre to check E-catalogues or watch our video centre to check more projects.

    PersonalBusinessDistributor

    Prev:

    Next: