AGV/AMR | Security Design Inc.

AGV/AMR

Improved productivity in factories and warehouses: Labor-saving by automated transport solutions, and the reduction of burden and human errors

Next-generation logistics system using autonomous mobile robots

Manpower Saving

AGV’s transport products, reducing employee workload.

Flexible Transport Layout

Topological mapping enables a flexible layout.

Reduction of Human Errors

Automatic AGV transport reduces human operation errors.

HIKROBOT

Labor-saving by automated transport solutions and the reduction of burden and human errors to improve productivity in factories and warehouses

Widely used in industries such as 3C, automotive, manufacturing, e-commerce logistics, 3PL, food, and pharmaceutical.
Hikrobot’s intelligent robot solution streamlines the logistic process, reduces costs, and supports innovation.

Exquisite Group Control

Multiple AGVs can work simultaneously on a single floor. Efficient operation without buffering each other prevents yield loss.

Host Manages AGVs via Wi-Fi

Under the direction of the host, a non-functioning AGV will be replaced with a new one that works immediately.

High Operating Rate

The battery has a continuous operating time of 8 hours.
An AGV goes to the charging station by itself before its battery runs out.

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AspinaAMR

Easy to implement, automate now -Return on investment in less than a year* AMR for manufacturing sites-

Easy to implement, automate now
-Return on investment in less than a year* AMR for manufacturing sites-

Small size, small movements, all-in-one design including hardware and software.
An easy-to-install in-plant transport robot that works with workers on site.

Investment payback* within one year

Easy-to-operate software is included in the standard package. Anyone can easily automate conveyance and save manpower.

Create a worker-friendly work site.

Automation with AspinaAMR of heavy labor-intensive and time-consuming transfer operations can promote production line efficiency. In addition, it can be expected to reduce the burden and fatigue of workers and reduce man-hours, enabling them to engage in more value-added work.

Can be safely introduced to manufacturing sites

The robot can be introduced from a single unit without changing the layout of the manufacturing site, making it possible to start the transfer automation process on a small scale. We develop and manufacture everything from the robot itself to the control software in Japan, so we provide extensive support for our customers' conveyor automation until after the introduction of the system.

* Manufacturer's research. Calculated using the payback period method under the following conditions Depreciation life is 3 years, corporate tax rate is 30%, no change in sales and variable costs due to capital investment, and labor saving.

		Standard model	Lift model
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Various factors or elements	Body size	W600 × D600 × H260 mm	W600 × D600 × H280 mm*1
	Maximum speed	3.6 km/h
	Driveability	Step: 5mm Angle: 3° Groove width: 30mm*2
	Stop Position Accuracy	Standard position: ±50mm, Angle: ±5 With derivative assist (option): ±10mm, Angle: ±2°
	Maximum Loading Weight	100kg	85kg
Power	Battery	Lithium-ion iron phosphate battery
Power	Charging method	Plug-in or automatic charging (optional)
Interfaces	Wireless LAN	802.11a/b/g/n/ac
	USB	Type-A port x 1 - allows connection of QR code reader, etc.
	Signal I/O	6 input/output I/O channels each (for operation linkage between AMR and external devices)
	Sound	Voice and melody for each operation report
Safety	Safety features	Proximity/contact detection by emergency stop button and various sensors
Safety	Safety standards	Scheduled to comply with JIS D6802
Other	Other Functions	Map creation/obstacle recognition and avoidance/automatic route search/automatic door support/obstacle setting on map (setting of no-entry areas)/registration of stop positions and programs (routes)/instructions using QR codes/setting of narrow passages/calls to designated positions

※1 Dimensions when lifted down. When lifted up, it will be H330mm.
※2 Applies under conditions of speeds of 1.0 km/h or less.
※3 Operation is not guaranteed in all operating environments.
※4 Specifications, features and appearance are subject to change without notice for performance improvement or other reasons. Please note that specifications, features, appearance, etc. are subject to change without prior notice for performance improvement or other reasons.
※5 AspinaAMR is a registered trademark of Shinano Kenshi Co.
※6 QR Code is a registered trademark of DENSO WAVE INCORPORATED.

DANDY AUTO-PILOT

Japan's first Cart, DANDY, Moves to the NEXT Stage of Logistics

AGVs are offered on a subscription basis. No floor preparation is required, allowing flexibly automated transportation.

Guideless Unmanned Vehicles

No magnetic tape or other preparation on the floor is required, making the system flexible for frequent layout changes.

Intuitive UI design

The touch panel on the main unit has an easy-to-understand operation screen that allows free route setting.

Maneuvers on Steps and Inclines

A free-joint action known as a "rocker-bogie mechanism" is utilized for AGV’s deployment on various sites.

Basic Plan

198,000yen per month (excluding tax)

Minimum usage period:6months
Vehicle ownership after 2-year contract
Free replacement of consumables after 3.5 year contract

Trial Plan

298,000yen per month (excluding tax)

Minimum usage period:2months
Try it out at a budget price
The best entry for autonomous mobile robots

Size	D1238×W631×H1009 *with LRF mounted on the top surface	Induction method	Laser sensor and autonomous mobility
Size	D1238×W631×H1009 *with LRF mounted on the top surface	Collision prevention	Autonomous movement, bumper push SW, and TOF obstacle detection camera
Loading weight	200kg or 100kg Upper table up to 50kg *depending on road conditions	Motor	AC servo 100W DC24V
		Travelling speed	Flat road 40m/min, Rough road 15m/min
		Stopping accuracy	±100mm ±3℃
		Emergency stop	Yes (push button SW)
Battery	12V35AH×2（lead）	Bumper	Yes (contact stop)
Travelling condition	Surface condition: Flat road Slope: 2.5% (1.4°) or less Steps: 5 mm or less 200 kg load under the above conditions Road condition: Rough road Slope: Over 2.5% to less than 7% (4°) Steps: 12 mm or less 100 kg load under the above conditions Travel distance: 10m	Self-weight	Laser sensor and autonomous mobility
		Travel direction	Advancement and rotation / turning
		Turning blinkers	Yes
		Automatic charging	No
		Travel time	8 hours
		Voice	Melody chime
		Display	7 inches

EffiBOT

4WD Autonomous Mobile Robot (AMR) Labor-saving solution for logistic warehouses and in-plant logistics

4WD Autonomous Mobile Robot (AMR)
-Labor-saving solution for logistic warehouses and in-plant logistics-

Optimize transport operation via the human-AMR collaboration “Follow-me”, autonomous transport, or combinations of the two.
Multiple sensors, covering 360°, for easy and immediate use.

Unparalleled Running Ability

4WD and large tires for use in environments where the surface is not flat, for example a floor with steps.
Efficient for long-distance and heavy load transportation.

Unique Collaborative Transport

AMRs follow back and forth just as you would imagine.
Operators can use both hands to concentrate on value-added tasks other than transport. The vehicle can also tow materials.

Automated Guide Vehicles With Flexible Route Setting

No need for guide tapes or any other infrastructure on the floor, the AGV allows users to freely set their own transport routes and operation rules. You can flexibly expand the routes to interlock stand-alone autonomous transfer with external facilities and host systems.

	Two-wheel drive	Four-wheel drive
Vehicle body size	1450 × 660 × 550 mm
Vehicle weight	Approximately 140kg
Maximum carrying capacity	200kg	300kg
Maximum traction weight	200kg	500kg
Operating temperature	-10°C to 45°C
Maximum spee	6km/h
Travel time	6 to 8 hours
Communication	Wi-Fi
Wheel space	800 mm
Road width required for a U-turn	3,300 mm
Minimum turning radius	1,200 mm