Dinamek is a distributor of Fetch Robotics products in Mexico, a world leader with innovative Cobots solutions for material management in all types of industries.
Fetch Robotics provides the market’s only cloud-driven Autonomous Mobile Robot (AMR) solution that addresses material handling and data collection for warehousing and intralogistics environments. Fetch Robotics’ AMRs reduce costs and improve throughput, efficiency, and productivity, while working alongside people.
In manufacturing facilities, AMRs are used to enable employees to work at safer distances by acting as the “go-betweens” or runners between workcells or manufacturing line positions. In distribution and fulfillment centers, AMRs enable associates to spend 100% of their time picking instead of 50% of their time moving material around the warehouse in close contact with their colleagues. In both cases, AMRs make it possible for facilities to protect employees by maintaining social distancing while also increasing overall productivity.
Benefits of Fetch Robotics
Easily integrable with the daily work flow in the plant.
Certified as safe by European Conformity
Simple configuration and control by handheld devices or automation.
They do not need additional infrastructure.
Safe transportation of equipment, merchandise, containers, boxes and materials.
Easy to implement and start operating.
Automation in the recharging of the equipment.
Control infrastructure in the cloud.
Automated inventory counting.
Know more about Autonomous mobile robots (AMR) Fetch Robotics
CartConnect
A CartConnect/robot fetches and brings FetchCarts/warehouse trolleys to any area with a need for internal transport.
The sensors integrated in the robot ensure efficient navigation between locations. Therefore, it can work securely together with workers, trucks and other transport and lifting equipment.
Transports goods at a speed of up to 1.4 m/sec.
Integrated 3D camera and LiDAR for superior vision and avoidance of obstacles.
Spray-moulded, fireproof plastic casing ensures long lifetime.
Tablet-based operation.
Freight500 / Freight1500
Provide industry-leading payload capacity.
Fetch Robotics offers two sizes of industrial Autonomous Mobile Robots (AMRs) to enable on-demand pallet transport in your facility with no infrastructure changes required. Freight500 is designed to handle cases and smaller pallets while maintaining a slim profile to maneuver around tighter spaces. Freight1500 is designed for maximum payloads and more traditional palletized workflows.
The new Freight500 from Fetch Robotics moves case goods and smaller palletized loads autonomously, improving pick and putaway productivity by eliminating manual travel traditionally done with a pallet jack or forklift.
The Freight1500 is the new workhorse of the warehouse, safely transporting large and heavy payloads autonomously throughout your facility. Forklift operators no longer need to spend valuable time on manned travel and can be re-purposed to higher value tasks.
CartConnect500
Autonumous cart transport solution for large payloads
Benefits
Safely transport case goods, totes, boxes, and smaller palletized loads up to 500 lbs in dynamic warehouse environments.
Detachable, industrial-grade cart improves pick and putaway efficiency by eliminating manual travel with a pallet jack or forklift.
Case pick-to-cart with Autonomous Mobile Robot (AMR) pickup, delivery, and drop off.
Customize distribution & manufacturing workflows from anywhere with FetchCore™ cloud software.
No additional infrastructure required.
HMIShelf
The freight mobile platform is designed for adding additional hardware attachments to support the specific needs of different customers.
One example is the hmishelf, which provides a simple way to deliver items from point A to point B in a facility, a virtualconveyor. The hmishelfvirtualconveyor can deliver orders from picking to shipping or deliver parts from kitting to the assembly line.
Since each warehouse and each transported load are different, the top shelf height can be adjusted to suit your requirements. It also can be removed completely to accommodate a tall load on the bottom shelf.
55.9cm x 51.5cm x 147cm (length x width x height).
RollerTop AMR
RollerTopAutomatedConveyor-to-ConveyorTransport
RollerTopSolutionsbringadaptability and increasedlevels of automation in conveyorenvironments, theydeployquickly and delivercompletelyautonomousconveyor-to-conveyor material transport.
The RollerTop robots have integrated active conveyor modules on the top of the units, which allows them to dependably hand off or receive material from fixed conveyance.
With the simple integration of FetchLink controllers with facility conveyor control systems, customers can quickly deploy AMR-to-conveyor workflows that require no human interaction.
TagSurveyor
Mobile RFID Asset Tracker.
Benefits
Automated, accurate, frequent, cost-effcient cycle counting and inventory tracking.
Powerful data visualization to locate misplaced inventory.
Reporting tools to help take action on discrepant inventory counts.
Features
Cycle Counting
Physical Inventory Check
Find Inventory
Asset Tag Tracking
Know more about Autonomous mobile robots (AMR) Fetch Robots Software
Software FetchCore™
FetchCore Enterprise Software and Services is Fetch Robotics' fundamental platform to fully implement and integrate a wide range of automated warehouse workflows.
Benefts
Fastest time-to-automation: Implement AMRs in days, not weeks.
Adapts to changes instantly: Instantly adapt as your operations change.
Easy integration: Seamlessly integrates with other software.
Secure & Reliable: Industry-leading security through the cloud.
Simple to use, simple to manage: Featuring a simple and intuitive user interface.
Features
Build maps: Create accurate maps of your facility.
Annotate maps: Create keep out areas, destinations, speed zones, preferred paths and more.
Interact with robots on map: Select real-time viewing options.
WorkFlow Builder: Drag & drop to create complex robot actions.
Example Robot actions: Sample actions of robot functions.
WorkFlow Scheduler: Assign and schedule robot tasks.
