B&PLUS The history of the development of products
B&PLUS started from import and sales 30 years ago. Succeeds in development of the "remote sensor" Acquisied patent after the specifications design change of the product, the production of the proximity switch. B&Plus has been developing many original products since then.
We are continuously working on functional improvement, capacity enlargement and miniaturization. Trying further development and will continuously open up to the future of the wireles power supply.
1985
| First Remote system |
| Remote Sensor System |
| Combined signal transmission and wireless power supply. The wireless of the proximity sensor and a first TR series of the remote system was released. |
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1993
| Correspond to temperature signal |
| Remote Sensor System |
| Wireless power supply + themocouple Resistance bulb, able to transmit an analog signal. |
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1994
| Increase of the power supply! Correspond to photoelectric sensor. |
| Remote Sensor System |
| It increased the power supply capability and became a system that can be used with photoelectric sensors and many points. |
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1997
| Input increases to up to 15. Longer distance for the transmission as well. |
| Remote Sensor System |
| The switch signal possible up to 15. Corresponds with the DC 3-wire sensor. |
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| 24W wireless power supply, Bi-directional signal transmission(input 4 output 4) |
Remote Coupler System
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| 24V/1A Wireless power supply and possible to drive solenoid valve. |
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2004
| 48W Wireless power supply input 64 output 32 signal transmission. |
| Remote Coupler System |
| Possible to control from Paralle,CC-Link,DeviceNet,EtherNet/IP |
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2005
| 24W wireless power supply (M30 shape) |
| Remote Power Supply System |
| The fit shape makes it high efficient! Developed th wireless connector which can |
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2007
| 16 signal marks (direct current 3 line type sensor) |
| Remote Sensor System |
possible to make a simple wiring in a terminal.
Developed 8 points of types and specifications of direct current 2 line type |
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| 120W Wireless power supply |
| Remote Power Supply System |
| Possible for 120W wireless feeding of 24V/5A and ables to charge battery. |
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2010
| DeviceNet signal transmission transmission speed: 500kbps |
| Remote Coupler System |
| Wireless feeding of 24V/2A and signal transmission by DeviceNet were enabled. |
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2012
| CC-Link signal transmission transmission speed: 10Mbps |
| Remote Coupler System |
| Wireless feeding of 24V/2A and signal transmission by CC-Link were enabled. |
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| Transmit +16 point of wireless power supply of 13W with M30 shape |
| Remote Power Supply System |
Improvement of a feeding power of terminal specifications.
The transmission of the photoelectric sensor was enabled. |
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2013
| 210W wireless charge |
| Remote Power Supply System |
| Wireless charge to 24V battery.The charge control developed the high output type. |
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2014
| Compactification |
| Remote Sensor System |
| At the size that could attach to a tool changer, 12 signals transmission is enabled. |
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| 1KW wireless charge |
| Remote Power Supply System |
| Developed the 1KW wireless charge system which can charge with bigger electricity (OEM). |
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2015
| 30W wireless charge |
| Remote Power Supply System |
| The small wireless charge system which can charge 24V battery |
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2016
| Start of prototype development orders |
| New development |
| Sales start of wireless power feed trial development by lean startup. |
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| 120W wireless charge |
| Remote Power Supply System |
| Wireless charging system capable of charging 24V battery |
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| Supports up to 8 temperature sensors |
| Remote Power Supply System |
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Wireless power supply system compatible with various temperature sensors such as ermocouple and resistance temperature detector. Up to 8 temperature signals can be transmitted.
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2017
| 100 prototypes prototyped at lean startup |
| New development |
| Prototype development of wireless power supply by lean startup exceeded 100 cases. |
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| Qi wireless power supply commercialization |
| Qi product |
| Developed and commercialized wireless powered products using Qi tandards. |
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| Successful experiment of photoimmunotherapy using wireless power supply |
| New development |
| Wireless power supply to the device embedded in the body of the mouse, succeeded in the experiment of photoimmunotherapy. |
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2018
| Deciding to install on an assisted bicycle |
| New development |
| Wireless charging to battery of electric bicycle. Succeeded in developing new markets. |
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