H2W's multi-axis solutions represent the cutting-edge in motion control technology. Utilizing both direct-drive linear and rotary motor technology, our solutions deliver exceptional precision, speed, and efficiency. Unlike traditional belt or lead screw-driven systems, direct-drive linear motors eliminate backlash and reduce maintenance requirements, providing exceptional reliability and long-lasting performance.
Our multi-axis solutions' versatility makes them ideal for various applications, from precision manufacturing and robotics to laboratory automation and medical devices. Our experienced engineers collaborate closely with our customers to understand their unique requirements and develop customized solutions that meet or exceed their specifications. H2W is committed to identifying challenges and developing innovative solutions to overcome them. Whether you need to achieve high speeds, handle heavy loads, or operate in a compact space, H2W has the expertise and experience to deliver a solution that meets your needs.
These multi-axis solutions provide a comprehensive package that includes motors, servo amplifiers, controls, and software, allowing the customer to focus on their application without the added complexity of integrating multiple components. This saves time, reduces costs, and ensures optimal performance. H2W's commitment to quality and customer satisfaction is evident in every multi-axis solution we create. Our team diligently ensures that each system is rigorously tested and meets the highest performance and reliability standards.
Below are some examples of multi-axis solutions we have developed for our customers in the past:
Control Options from Butter CMS
MULTI AXIS: LINEAR MOTOR DRIVEN POSITIONING STAGE
NOTES:
-The program or motion profile will have specific parameters for each axis of motion. Parameters such as speed, acceleration, deceleration, desired position, etc… can be different for each axis.
-The motion controller can simultaneously monitor the feedback of multiple axis for coordinated motion control.
-Depending on the particular motion controller used, the number of independent axis will vary from 2-32 axis of motion.
Step 1. A program or motion profile will be written on a PC or laptop and downloaded to the motion controller. This program will contain parameters such as speed, acceleration, deceleration, PIDs, desired position, etc…
Step 2. Based on the program parameters, the motion controller will send a +/- 10V reference signal to the servo amplifier.
Step 3. The servo amplifier will take the reference input signal and provide the necessary current to generate the required force from the motor to move to the desired position.
Step 4. The motor will move to the desired position at the programmed speed and acceleration.
Step 5: Motor position is sent back to the controller to verify that the desired position has been reached and maintained.