ABB Advocates for Automation Adoption in Auto Supply Chain: A Global Survey Insight

ABB Advocates for Automation Adoption in Auto Supply Chain: A Global Survey Insight

ABB Robotics, in collaboration with Automotive Manufacturing Solutions (AMS), has commissioned a worldwide survey that underscores the pivotal role of automation in the automotive industry’s future. However, it reveals that many entities in the supply chain have yet to harness the potential of robotics and digitalization.

According to ABB, an overwhelming majority of respondents (97%) anticipate that automation and robotics will revolutionize the automotive industry within the next half-decade. Similarly, 96% foresee that software, digitalization, and data management will have an equivalent impact.

In terms of investment pace, the consensus is that new Original Equipment Manufacturers (OEMs) and start-ups are leading the way, with 38% investing ‘very well’ and 28% ‘quite well’. Legacy OEMs follow, with 31% perceived to be embracing automation ‘very well’.

However, the survey indicates a lag in the lower tiers of the supply chain, with only 7% of respondents believing that Tier 2 suppliers are investing adequately, and a mere 3% for Tier 3 suppliers.

Joerg Reger, Managing Director of ABB Robotics Automotive Business Line, stated, “Automation has traditionally been the domain of the largest manufacturers. However, ABB’s extensive portfolio, which includes collaborative robots (cobots), large industrial robots, and AI-powered Autonomous Mobile Robots, all driven by top-tier software solutions, can address the challenges faced by even the smallest producers. Automation can enhance the resilience, flexibility, and efficiency of smaller companies.”

The ABB survey collected a wide range of opinions from nearly 400 industry experts, including vehicle manufacturers, suppliers, management and engineering professionals, and other key figures in the automotive world.

Show All
Blog posts
Show All
Emerson Ovation EPRO Configuration: OPC UA Server Setup for Secure Cross-System Data Exchange in Power Generation

Emerson Ovation EPRO Configuration: OPC UA Server Setup for Secure Cross-System Data Exchange in Power Generation

Modern power plants operate heterogeneous automation environments where Emerson Ovation EPRO DCS coexists with GE Bently Nevada vibration monitoring, ABB System 800xA, and Honeywell Experion. This guide covers OPC UA server configuration on Ovation EPRO, GE Bently Nevada System 1 OPC UA client subscription, ABB 800xA Aspect Object import, and NERC CIP cybersecurity hardening with TLS encryption and certificate management.
Allen-Bradley ControlLogix Modbus TCP Setup: RSLogix 5000 Configuration Guide

Allen-Bradley ControlLogix Modbus TCP Setup: RSLogix 5000 Configuration Guide

Allen-Bradley ControlLogix PLCs natively speak EtherNet/IP, but many Schneider Electric field devices only support Modbus TCP. This guide covers 4-step RSLogix 5000 configuration for Modbus TCP client integration with Schneider ATV630 VFDs, including register mapping, MSG instruction setup, watchdog timer logic, and commissioning verification.
Triconex TMR Safety System Fault Diagnosis: A Step-by-Step HART Protocol Integration Guide

Triconex TMR Safety System Fault Diagnosis: A Step-by-Step HART Protocol Integration Guide

Triconex TMR safety controllers rely on Triple Modular Redundancy with 2-out-of-3 voting to deliver SIL-3 protection. This guide covers HART-to-Modbus gateway integration with Triconex communication modules, four common fault scenarios with diagnostic steps, and best practices for SIS preventive maintenance including proof testing, MOC procedures, and spare parts management.