Autonomous Mobile Robot
Prefactor technology integrated Auto Guided Vehicle of GreenTech and cooperative robot of Darling into mobile robot solutions.
The GreenTech Auto Guided Vehicle MR50 is based on Mobile Robot MR-TT12 chassis system which can carry 70kg workpiece, using SLAM navigation system, can be compiled on the computer teaching.
The robot is the Techman robot, the elbow load of 12kg, built-in visual system, the integration of visual hardware and software, through the simple operation of the man-machine interface, direct hand pull or mobile phone teaching, the operation interface is very convenient and simple, And the sensor in the robot and the surrounding collision, it will automatically stop the robot more secure.
The GreenTech Auto Guided Vehicle MR50 is based on Mobile Robot MR-TT12 chassis system which can carry 70kg workpiece, using SLAM navigation system, can be compiled on the computer teaching.
The robot is the Techman robot, the elbow load of 12kg, built-in visual system, the integration of visual hardware and software, through the simple operation of the man-machine interface, direct hand pull or mobile phone teaching, the operation interface is very convenient and simple, And the sensor in the robot and the surrounding collision, it will automatically stop the robot more secure.
Product Specification
AMR MR-T12
Dimension (L X W X H) 1,154mm * 654mm * 700mm
Towing Weight 70Kg Patrol Speed Max. 50M / Min Rotation radius 600 mm @ 30M / Min (Note 1) Guidance: Optical guidance MOBILITY MODE forward, backward, turn Drive system: differential wheel Weight: 230kg Robots: Techman’s collaboration Robot TM12-900 Robot axis number: 6 Robot load capacity: 12kg Visual systems: built in the Techman’s Robot Battery: Lithium iron 12V/35Ah*4 Claw: electric gripper or pneumatic gripper Optional: automatic charging program Note 1: depending on the ride with the conditions of loading. The appearance and specifications of the system are subject to change. It is strictly forbidden to reproduce the contents of this product. 
|
AMR MR-VT6
Dimension (L X W X H) 1,154mm * 654mm * 700mm
Towing Weight 70Kg Patrol Speed Max. 50M / Min Rotation radius 600 mm @ 30M / Min (Note 1) Guidance: Optical guidance MOBILITY MODE forward, backward, turn Drive system: differential wheel Weight: 230kg Robots: EPSON Robot VT6 Robot axis number: 6 Robot load capacity: 6kg Visual systems: Option Battery: Lithium iron 12V/35Ah*4 Claw: electric gripper or pneumatic gripper Optional: automatic charging program Note 1: depending on the ride with the conditions of loading. The appearance and specifications of the system are subject to change. It is strictly forbidden to reproduce the contents of this product. | ||||
Product Feature
|
|
|
|
Application
|
|
|
|
Industry
Semiconductor industry applications
Mobile robots carry out POD/FOUP transporting tasks, saving workforces on the production line, and increasing the production capacity. |
Machining industry applications
Mobile robots can be implemented for the transportation of the material between machines according to the different needs of equipment such as lathes, milling machines, etc. |
Medical product applications
Mobile robots are able to conduct clinical services and transportations of medical products, realizing human-robot collaboration and making the process much more stable. |
Development process of AMR system
RequirementInvestigate and collect data on transporting rates, product features, operating procedures, turnover rates, and quality, and confirm clients’ needs and investment period.
|
ProposalCarry out the planning and system simulation of autonomous mobile robots (AMR), calculate the number of autonomous mobile robots and peripherals needed, and then illustrate the proposal in 3D mode.
|
SpecificationCarry out requirement discussion and specification convergence on the implementation of the autonomous mobile robot (AMR) system. Details including stand-alone machines, wiring, and the vehicle control center. After the rules for delivery and acceptance check are confirmed, a specification protocol is made.
|
QuotationAfter the quotation is provided and the specifications and prices are settled, the transaction conditions are reached and the order is confirmed.
|
ManufactureAfter the peripherals are designed, processed, manufactured, and assembled, the autonomous mobile robots and peripherals will be programmed and taught before delivery.
|