HPP

Targeting high-end equipment
Integrated solution for integrated drive control products
Use Cases:
High performance Pick & Place
High Precision motion Platform
High sPeed & Precision

Advancing Semiconductor Technology. Enabling High-End Equipment.

Featured motion control algorithm

  • Diversity speed planning
    T-shaped
    SinCos curve
    S-type (3rd/5th order)
    Forward looking speed planning
    01
  • Characteristic interpolation
    Archimedes spiral
    Spline/polynomial curve interpolation
    02
  • Active Vibration Suppression (AVC)
    Reduce mechanical resonance and vibration
    03
  • ZTT
    Three axis dynamic plane adjustment
    Support XYZ interpolation motion with Z-axis as the main axis
    04
  • Space coordinates&2D compensation
    Accurate interpolation of arbitrary planar trajectories
    Support accuracy calibration and compensation in multiple modes
    05
  • Torque Control
    Targeting advanced packaging bonding
    Accurate real-time control of up to 5 grams can be achieved for a pressure of 15 grams
    06
  • High speed portal motion
    Support multi axis PVT motion
    Convenient to set door motion parameters and adaptively debug door motion parameters
    07
  • Position triggering and locking
    High triggering accuracy, supporting high-speed continuous aerial photography with sub micron precision
    Instantly synchronize and record the positions of each axis
    08
  • EAG
    High level gantry control of flexible gantry
    Reduce the dynamic tracking error between the master and slave axes, and minimize the impact of high acceleration and deceleration motion of the crossbeam axis on the gantry
    09
  • EasyRealTime
    Real time encapsulation of client program logic
    Shortening the motion logic cycle and improving UPH can generally result in a 15% to 50% increase in system CT1
    10
  • Multiple main control ports
    Supports up to 4 channels
    Flexible grouping and configuration of different axes or IO according to different application scenarios and control cycle requirements
    11

Innovation builds the foundation and puts users first in terms of functionality

  • The basic framework of innovation
    Based on the open EtherCAT bus architecture
    RTOS independent of Windows
    Based on an independent X86 CPU physical core
    Keep the Windows development environment
    High speed shared memory for integrated motion vision
  • User oriented basic functions
    NeoMove motion library software and modularization
    Real time encapsulation of user programs
    Sports data analysis
    Fault information and status preservation
    Drive full frequency self-tuning
    Driver speed acceleration feedforward adjustment

Crafted with ingenuity, comprehensively analyze core products

Iterative cultivation and sedimentation of brand development history
  • 2022
    E2-M300 series
    EtherCAT Bus Controller&Open, X86+INtime+Windows
  • 2024
    E3-S series
    EtherCAT bus high-speed IO module
  • 2026
    E2-M100 series
    EtherCAT Bus Controller&Independent, X86+INtime
    E3-STR series
    EtherCAT bus high-speed trigger module for aerial photography
    NDSL series
    EtherCAT bus direct drive
  • 2027
    E3-M100 series
    EtherCAT Bus Controller&Independent, X86+LinuxRT
    E3-M300 series
    EtherCAT Bus Controller&Open, X86+LinuxRT+Linux
  • 2028
    E4-M100 series
    EtherCAT Bus Controller&Independent, ARM+LinuxRT
    E4-M300 series
    EtherCAT Bus Controller&Open, X86+INtime+Windows
  • 2029
    E5-M100 series
    EtherCAT Bus Controller&Independent, X86+INtime
    E5-M300 series
    EtherCAT Bus Controller&Open, X86+INtime+Windows

Classic landing case · Witness application strength

Tel:13040689690
Address: Room 1703A, Building 4, Tianna Business Hub, No. 500 Jianyun Road, Pudong New Area, Shanghai
Email: sales@sense-shanghai.com
   marketing@sense-shanghai.com