Your First Business Partner Cantops grows along with customers.

Company History

YEAR |     Key Descriptions

2016

• Development of total controller N2 control and RFID reader
• Development of the collision controll at OHT joint
• Development of high speed Flicker measuring device
• Opening of US distributors
2015 • Development of small size FOUP detection sensor
• Development of Hybrid (IR + RF) PIO (E84)
2014 • Development of serial bus total RIFD reader
• Development of IR Type PIO
• Development of IR Type TP
• Improvement in the performance of RFID control system
• Development of very small IO module for distributed control
2013 • Development of 32/32 IO board for Ethernet
• Development of IR TP and sending/receiving module
• Development of controller of LCD return
2012 • Development of the Load Port Controller
• Development of 16/16 IP board for USB
• Development of aligner controller
2011 • Development of real time RFID control system for semiconductor line
• Development of EtherCAT based RFIF reader
• Development of FOUP detection sensor
• Development of color sensor for LDC test
• Development of OHT controller
• Development of 4 axes step motor controller for Ethernet
2010 • Development of A/S and D/A boards for SEM using USB2.0
• Development of 32/32 I/O board using USB2.0
• Development of camera type BCR
• Development of 64/64 I/O board using Ethernet
2009 • Development of step motor and I/O board for the control of stocker’s port
• Development of controller for fog inducing system
• Development of Mic input boards (USB2.0 10 channels)
• Development of camera trigger for Piezo and Linear stage
• Development of RFID reader for semiconductor
2008 • Development of the device for monitoring the communication cable
• Development of vehicle induction device at foggy state
• Development of sensor for visible distance (fog)
• Development of controller and peripherals for OHT
• Design and manufacturing of AGV for semiconductor
• Development of auto focusing controller using the laser
• Development of monitoring the Ethernet based temperature/ voltage/ current
• Development of stereo camera
• Development of 4 channel RFID
2007 • Development of distance sensor using the infrared LED
• Development of Stereo Omni camera
• Application of RF PIO to the field
• Development of low cost gyro sensor board
• Development of DSP board for the pre-processing of voice recognition
2006 • Development of wireless (2.5GHz) Teaching Pendant for OHT control
• Development of Motion Controller for logistics of semiconductor
• Development of Ethernet multifunctional I/O board
• Development of 2.4GHz wireless communication module
• Development of gyro sensor board
• Development of distribution model AGV
• Development of high resolution stereo camera (for CameraLink)
2005 • Development of Omni Vision (Panoramic) camera
• Development of voice recognition board using TMS302C6713
2004 • Development of USB2.0 camera
• Development of I/O and Power Controller of AGV
• Development of 10-channel USB Audio ADC for tracking of the source of sound
• Development of RFID reader
• Development of 64/64 IO board using USB 2.0
2003 • Development of USB2.0 interface of high resolution camera module
• Development of IR sensor for AGV guide
• Development of Pan/Tilt module for monitoring
• Development of DeviceNet Master card for PCI Bus
2002 • Development of micom board for bidet
• Founded
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