CapSen PiC

About

About CapSen PiC

CapSen PiC combines 3D perception, grasp selection, collision-free motion planning and robot-cell control in one industrial software platform. It processes data from one or more supported 3D cameras, recognizes randomly arranged parts and sends executable motion to six-axis robots and end effectors. CapSen positions the system for bin picking, pick-and-place, kitting, sorting, repacking, tote handling, machine tending, assembly and packaging.

The current PiC 2.3 release supports multiple cameras, tools and bins as well as sequential pick-and-place and precision linear paths. CapSen supplies the software with a PiC computer while keeping the workcell hardware-agnostic across supported robot, camera and gripper vendors. Official performance figures include sub-second image processing and planning, recognition from 0.3 seconds and standard six-axis cycles from about two seconds, subject to the selected cell and part geometry.

Deployments

  • Customer Site

    2024-12-15 - DENSO - automotive paint process - CapSen customized its 3D vision, motion-planning and control software for a compact DENSO cell that loads and unloads stacked totes at an automotive paint process.

    Source

Timeline

  • CapSen PiC 2.2 expanded multi-tool and multi-bin support

    2025-02-26 - Product Launch - The release added support for multi-headed end effectors and multiple picking bins. TCP calibration, Ethernet/IP communication and Schunk electric-gripper support broadened cell integration. The software targets difficult parts including small, flat, shiny and entangled objects.

    Source
  • CapSen PiC 2.0 added programmable AI for reconfigurable cells

    2024-05-01 - Product Launch - Programmable AI supports repacking, sorting, tote picking, stacking and model-free picking workflows. The redesigned interface covers teaching, configuration, calibration, deployment, operation and debugging. CapSen designed the release so integrators can repurpose a cell for a new part within a day.

    Source