AGV integration services
Are you looking for an experienced transportation systems integrator? We deploy advanced fleets of self-propelled AGVs, optimizing in-plant logistics. We integrate autonomous vehicles with warehouse automation, assembly lines and supervisory systems, eliminating bottlenecks in the flow of components and ensuring their collision-free transport 24/7.
Our systems work for global industry leaders
How does the AGV integration process work?
We adapt AGV technology to the specifics of production. We take over the entire process: from the analysis of transport cycles, through precise robot programming and route planning, all the way to integrating the fleet with factory automation. The result is smooth, collision-free cooperation between vehicles, machines, and personnel from the first day after commissioning.
Audit of in-plant logistics and analysis of flows
Mapping of transport routes and traffic aisles, analysis of delivery takt times, and selection of the optimal navigation technology.
Selection and configuration of an AGV platform
Matching the vehicle type to the transport medium: lifting units, AGV forklifts, platforms with roller conveyors or tow tractors.
Supervisory fleet manager programming
Implementation of task allocation algorithms, dynamic route planning, collision avoidance, and priority management based on industry standards, including the VDA 5050 protocol.
Integration with warehouse and production management systems
Integration with WMS, MES, and ERP layers to automatically trigger transport orders and track batches.
Safety system programming and certification
Parameterization of laser scanners, programming of safety zones compliant with the ISO 3691-4 standard, and implementation of the ProfiSafe and CIP Safety protocols.
Startup, load tests and validation
Deployment of the system on-site, testing emergency scenarios, calibration of docking precision, and verification of throughput under real production conditions.
Training of technical and maintenance personnel
Preparation of operators for routine operations, reconfiguration of logistical missions, and diagnostics of fleet components.
Post-implementation support and optimization audits
Remote monitoring of fleet operations, real-time route adjustments, and optimization of battery usage and transport cycle time.
Lack of workers? Bottlenecks in deliveries to production?
Automation of internal transport is now a necessity to maintain competitiveness and continuity of production. Replacing manual processes with an AGV system solves the problem of operator shortages, eliminates damage to goods and guarantees on-time deliveries to workstations.
Why entrust us with the integration of AGV robots?
Years of collaboration with global leaders in the industrial sector have allowed us to develop practical know-how that goes far beyond theoretical frameworks. We know that successful systems integration is not only about advanced technology but, above all, a reliable and predictable contractor. That is why we base our actions on open communication, ensuring continuity of work, and full commitment to the task entrusted to us.
Your safety is our foundation
We reject an operating model based on high staff turnover and external subcontractors. Instead, we invest in our own proven team of specialists, which guarantees the uninterrupted and secure implementation of your deployment.
The latest technologies implemented by experienced engineers
We design and implement systems that address not only today’s production challenges but are also prepared for future scalability. Our personnel continuously expand their competencies, and the skills they acquire directly translate into the reliability of the systems delivered to market leaders.
Transparent cooperation based on partnership
We value long-term business relationships with our business partners. We thoroughly examine the specifics of your industry and treat your company’s project goals as our own. This approach guarantees proactivity and effective responses to any challenges.
Are you wondering whether an AGV system will eliminate bottlenecks in your facility?
Order an in-plant logistics audit.
Selected technologies that we use in the integration of AGV robots
Fleet managers and dispatch systems
Implementing advanced Fleet Manager software for the coordination of fleet movement, dynamic routing, traffic priority management and queuing of transport orders based on intralogistics rules.
VDA 5050 communication standard
Implementation of a standardized communication interface connecting base stations, supervisory WMS/MES systems and AGV vehicles from different suppliers within a single, coherent logical architecture.
Industrial safety systems
Configuration of safety laser scanners from brands such as SICK, Keyence, and Leuze, safety encoders, and safety light curtains with dynamic switching of warning and emergency zones depending on the vehicle’s speed and steering angle.
PLC control systems
Programming of stationary and onboard logic using PLCs (including Siemens, Beckhoff, Rockwell) to manage the exchange of I/O signals, precise docking, and ongoing diagnostics.
Industrial navigation technologies
Implementation and calibration of vehicle guidance systems: from reliable inductive loops and magnetic tapes, through 2D DataMatrix codes and RFID tags, to advanced LGV laser systems.
Power supply and fast charging systems
Integration of automated contact charging stations and contactless inductive systems, allowing recharging of batteries during loading and unloading operations.
Integration with the facility’s infrastructure
Software for interfacing with stationary conveyors, freight elevators, automatic doors and high-speed gates using secure radio communication protocols.
Vision systems and automatic identification
Installation and programming of readers of barcodes, 2D codes and RFID tags from Cognex or Datalogic on board an AGV for automatic verification of the picked load and flawless identification of the assortment.
In which industries and processes are AGV robots used?
Autonomous AGV transport vehicles are used wherever repeatability, timeliness of deliveries and safety are crucial. Thanks to their flexible configuration, these systems perform well both in environments with stringent cleanliness requirements and in harsh industrial conditions or dynamic distribution centers.
Industries:
Automotive and e-mobility
Sequential transport of subassemblies, operation of engine and battery pack assembly lines, transfer of car bodies, and transport of suspension components and drivetrains.
Paper and packaging industry
Handling of heavy bales of paper, operation of printing and die-cutting machines, and automatic transfer of semi-finished products and packaging.
Household appliances and consumer electronics
Smooth supply of assembly lines with components, inter-process buffering of subassemblies, receipt of finished equipment at packing stations.
Food and beverage industry
Pallet transport in bulk packing lines, operation of refrigerated warehouses, transfer of finished products from robotic palletizing cells.
Pharmaceuticals and cosmetics
Safe transport in clean zones, transport of raw materials and sensitive substances under GMP conditions, delivery of unit packaging.
Logistics and warehousing
Automation of pallet transport between the receiving area, the high-bay warehouse and the shipping ramps, integration with flow racks.
Chemical industry
Handling of explosion-hazard zones, transport of IBC containers, drums and pallets of liquid chemicals.
Metalworking and machine production
Automatic supply of CNC machining centers with raw materials and semi-finished products, transfer and collection of finished parts to quality control areas, wash stations, or assembly.
Processes:
Assembly line replenishment
Precise delivery of components to assembly stations exactly in the required takt and production sequence.
Transport of pallets and heavy loads
Unattended transport of standard and industrial pallets, wire mesh containers and loads weighing tens of tonnes.
Collection from palletizing stations
Picking up loads directly from the exits of robotic cells and transfer to the storage area or the shipping buffer.
Inter-hall transfer
Automated passage of carts through fire barrier doors and high-speed gates and collision-free coordination with freight elevators.
Handling of logistics trains
Replacement of manual warehouse tractors with unmanned towing units that haul sets of transport trolleys along designated loops.
Work-in-process buffering
Temporary storage of semi-finished products on mobile platforms between successive stages of technological processing.
Automatic transfer and docking
Precise positioning of trolleys at stationary roller and chain conveyors for contactless transfer of parts.
Shipping zone handling
Automatic formation of shipping buffers, transport of completed pallets directly to the loading docks, and synchronization with the dispatch schedule.
Ensuring the continuity of Just-in-Time deliveries is our specialty.
We eliminate production downtime by providing automated internal transport systems.
How do we work with our clients?
The structure of AGV system implementation depends on the specifics of the company, the technological advancement of the infrastructure, and the project management model. We provide two proven cooperation models that guarantee full alignment with your organizational requirements.
Model 1: Subcontracting of software and control integration
Dedicated to manufacturers of AGV vehicles, OEM suppliers and integrators of logistics systems. We undertake tasks related to programming PLC controller logic, configuring safety systems, fleet dispatcher software and integration with plant IT/OT systems. We provide support from highly skilled automation engineers during testing and commissioning at the end customer’s facility.
Model 2: Turnkey general contracting of an AGV intralogistics system
Comprehensive implementation of an optimized internal transport system by a single responsible partner. We take on the entire process: from a logistics audit and flow simulation, through selection of vehicles, construction of infrastructure, control programming, to installation on the shop floor, safety certification and team training.
Industry leaders have trusted us
Star Assembly LLC
Sebeș, Romania
Audi
Gyor, Hungary
BMW
Steyr, Austria
Stellantis
Mirafiori, Italy
BMW
Dingolfing, Germany
Daimler
Brühl, Germany
NIDEC
Niepołomice, Poland
Skoda
Mlada Boleslav, Czech Republic
Liebherr
Bischofshofen, Austria
Festo
Budapest, Hungary
Daimler
Untertürkheim, Germany
Dana
Amal, Sweden
Scania
Södertälje, Sweden
Volkswagen
Polkowice, Poland
Volkswagen
Salzgitter, Germany
Daimler
Redford, USA
Daimler
Kassel, Germany
Getrag
Cologne, Germany
Getrag
Bordeaux, France
Daimler
Jawor, Poland
Bosch
Charleston, USA
Magna
Tychy, Poland
ZF
Toluca, Mexico
JLR
Wolverhampton, United Kingdom
What will you gain from the professional integration of AGV robots?
You will ensure a stable delivery cadence
Automatic transport eliminates downtime on assembly lines caused by delays in the delivery of components.
You will eliminate collisions and cargo damage
Advanced navigation systems and certified safety scanners reduce to zero the risk of damage to infrastructure, machines and transported products.
You will achieve full logistical flexibility
Modification of travel routes, adding new pickup points and expanding the fleet with additional vehicles are carried out programmatically, without costly reconstruction of the hall.
You will guarantee operational continuity 24/7
AGV vehicles with fast-charging systems operate in multi-shift mode without drops in performance and without the need to involve personnel in routine transport.
You will reduce intralogistics operating costs
Replacing manual forklifts with an autonomous fleet of AGVs solves the problem of operator shortages and allows employees to be involved in direct assembly processes or in production supervision.
You will gain full tracking of the flow of materials
Integration with WMS/MES systems enables continuous monitoring of the location of each carrier, recording of transport history, and precise balancing of inventory levels in real time.
AGV integration projects
AGV System Integration – Assembly Line Transport Automation – MAN Trucks
From a logistics audit to full automation of an AGV fleet
We will assume full responsibility for the integration of mobile robots at your facility.
FAQ – Most Frequently Asked Questions
How does the implementation process of an AGV system proceed?
We begin implementation with an intralogistics audit and flow simulations. Next we select the navigation technology and vehicle platforms. The next steps are route planning, programming motion logic including a fleet manager for multi-vehicle installations, and integration with factory systems. The whole process is completed by rigorous safety tests and commissioning at the facility.
Can AGV carts safely operate in the same area as people?
Yes. We design systems in accordance with the ISO 3691-4 standard. We integrate onboard laser scanners, light curtains and safety encoders that dynamically switch warning zones and stop the vehicle before an obstacle, guaranteeing fully safe operation of AGVs in the presence of workers.
What information is needed to price the integration of an AGV fleet?
For a preliminary analysis and cost estimate, we need a hall layout, information about the type of cargo being transported including weight and dimensions, the number of pickup and delivery points, the required production takt time, and the specifics of existing circulation routes such as corridor widths and the presence of airlocks.
Do you integrate AGV carts with higher-level systems such as WMS or MES?
Yes, this is a key stage of our implementations. We provide full data exchange between warehouse management systems (WMS), production (MES) and the AGV fleet. As a result, transport orders are triggered automatically and inventory levels update in real time.
What is the VDA 5050 standard and are you implementing it?
VDA 5050 is a standardized communication interface that enables the management of AGVs from different manufacturers using a single, coherent supervisory software system. We implement this solution, providing our clients with maximum flexibility and independence from a single equipment supplier.
Do you automate the pickup and feeding of parts directly to machines?
Yes. We program process communication between AGV vehicles and the PLCs of assembly lines or robotic cells. We provide precise docking enabling unattended transfer of components onto conveyors, workstations, or directly into CNC machines.
What does the payback period of an AGV system depend on?
Key factors are the facility’s operating model and the degree of transport complexity. Replacing forklifts with an autonomous fleet eliminates downtime, reduces costs from damage to goods and infrastructure, and also optimizes labor costs. Before implementation, we help estimate the project’s profitability.
What power systems do you use in AGV applications?
We select the technology according to the specifics of the process. We integrate both traditional conductive charging stations and modern inductive charging systems. This allows batteries to be recharged while stopped at loading stations, without interruptions to work.
Do you provide support after launch?
Yes, our cooperation does not end with the installation. We offer training for maintenance teams and full post-implementation support. We monitor the fleet’s operation, make route adjustments in case of changes on the production floor, and take care of optimizing the system’s performance.
Why is it worth choosing Amister for the integration of AGV systems?
We guarantee project safety thanks to a permanent, experienced team of engineers and dedicated project managers. We have references from global industry leaders for whom we have carried out dozens of complex implementations.
Contact us – we will respond within 24 hours!
Do you have questions regarding the integration of AGV robots? Fill out the contact form, and our team will contact you within 24 hours – by phone or by email.
During our initial call or email exchange, we will determine the scope of the work and services that interest you. Then we will carry out an internal analysis of your inquiry in order to prepare the best possible solution.
We will get back to you within a maximum of 5 business days with information about the next steps.
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