MOTION CONTROL PLATFORMS
更快地构建更好的系统。
Deploy better machine control and motion systems faster with the powerful and intuitive Automation1 control platform.
Complex Motion. Simple Control.
Automation1运动控制平亚博微信vip群台使复杂的运动系统易于控制。
The Machine Setup configuration tool, EasyTune motor tuning, setup Checklists and other helper modules ensure even motion control novices get setup done right.
IDE具有智能自动完成,代码段和实时语法错误报告 - 满足当今工程师需求的工具。
Tough Challenges: Solved.
TheAutomation1-iSMCmotion controller is built to solve your toughest precision motion and automation challenges. The controller can be deployed to a PC or motion drive. View the guide in order to decide which is right for your application.
一个运动亚博微信vip群控制器
Coordinate up to 32 axes of motion from one controller.
A Capable Controller
摆脱动作。高级控制器功能很容易访问并简单地部署。
Get There Faster
首先使用我们强大的工具和广泛的产品越过终点线。
使用更好的工具。获得更好的解决方案。亚博登录平台
The自动化1运动开发套件takes precision motion control to a new level of developer satisfaction. Configure your motion control system in minutes, not days, with numerous quick configuration tools. Develop in a modern IDE with the intuitive AeroScript language. Optimize your system using the powerful high-resolution digital oscilloscope tool.
选择功能强大且灵活的控制器
TheAutomation1基于软件的机器控制器都是所有这些。不仅是运动控制性能的领导者,还可以通过直觉亚博微信vip群的航空语言和控制器API访问。部署是灵活的,因为控制器可以在工业PC上或直接在实际电动机驱动器上运行。
驱动任何电动机或设备
从各种各样的选择中选择电动机驱动器,激光扫描头控制器和third-party interfacedevices. Each drive includes industry-leading levels of performance with control loop execution rates, feedback sensing and control circuits designed to be first in precision motion control.
亚博游戏网站
视频
什么是自动化1?
看法
视频
Automation1 Studio概述
看法
视频
Automation1 MachineApps概述
看法
Application Note
Automation1 Linear Servo Drive Products Provide Industry-Leading In-Position Stability
看法
White Paper
如何知道何时精确运动控制是正确的选择亚博微信vip群
看法
Application Note
自动化1运动控制平台改进亚博微信vip群激光扫描系统跟踪性能
看法
Feature Overview
Advanced Laser Controls - Features to Improve Your Process
看法
Feature Overview
Using the Automation1 Transformation Function for Five Axis Systems
看法
Application Note
Automation1伺服驱动器改善位置稳定性
看法
No comments found