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The world of industrial manufacturing is becoming increasingly complex and competitive pushing the margins for error and striving to increase productivity and reduce costs to the limit. This drives many manufacturers to elevate operational control of what´s going on at the operator station and take it to the next level.

 

One way to make this happen is to enable robots and humans to work in close collaboration with a highly automated manufacturing environment.

 

 

The need to take assembly station control to the next level

The world is changing at an ever-faster pace. Increased competition bundled with unpredictable customer behaviour, shorter product lifecycles and uncertain global market conditions affecting demand and supply chains, is making it more difficult to predict what to produce and when to do it. On top of that, governments and markets require manufacturing to be conducted in a more operator-friendly and sustainable manner.

 

 

Robots and humans in collaboration

By introducing proven modular and standardized solutions, automation combines the best of the robotic and human worlds. The value of a robot lies in its repeatability and reliability, whereas the value of a human operator lies in the ability to adapt to change. The combination offers an unprecedented level of assembly station control which enhances productivity but also operator ergonomics and reduced environment impact.

Smart Integrated Assembly - Ergonomics challenges

Ergonomics

Automating tiresome, hazardous, heavy and in other ways high risk station operations in manufacturing processes improves ergonomics in the workplace making for a better and safer working environment for operators.

Smart Integrated Assembly - Productivity challenges

Productivity

Taking control of the individual operator station by means of automation improves operational quality, productivity, scalability and flexibility. Advantages that shorten the time to adapt to product mix changes, efficiency and output. All achieved while lowering operational costs and improving ROI.

Smart Integrated Assembly - Sustainability challenges

Sustainability

By better controlling the assembly process down to the individual station, automation reduces the number of reworks and recalls. Materials and energy are used more efficiently and unnecessary waste is minimized. In addition, improved traceability enables more predictive maintenance which further reduces resource waste.

 

 

 

 

 

 

 

 

The Atlas Copco roadmap to smarter manufacturing

Smart Integrated Assembly is our concept for industrial manufacturers looking to transform and implement Smart Factories. It encompasses our ecosystem of tools, hardware, software and services solutions providing unrivalled competitive value in each step of the customers’ product manufacturing cycles. The result is more efficient, flexible, adaptable, and safe manufacturing processes that support reduced downtime, better use of materials and energy and a substantial waste reduction.

 

 

Station Automated - Our portfolio of products and solutions

Find the best tool for your specific needs and manufacturing conditions.

LRT PowerHEAD
High torque, small cobot.
LRT PowerHEAD
LRT PowerHead, simplifying automation. High torque, small cobot.
 
LRT PowerHead, simplifying automation. High torque, small cobot.
LRT PowerHead, simplifying automation. High torque, small cobot.
Screw Feeder
Bild 2
Screw Feeder
Our FTM-32 series screw feeding tightening modules are designed to cope with very high tightening frequencies and bring productivity and station uptime to a new level.
 
Our FTM-32 series screw feeding tightening modules are designed to cope with very high tightening frequencies and bring productivity and station uptime to a new level.
Our FTM-32 series screw feeding tightening modules are designed to cope with very high tightening frequencies and bring productivity and station uptime to a new level.
Fixtured Nutrunner QST
QST
Fixtured Nutrunner QST
Unique speed capabilities for high-torque applications.
 
Unique speed capabilities for high-torque applications.
Unique speed capabilities for high-torque applications.
PF6 FlexSystem
PF6 FlexSystem
This is a flexible, efficient, and space-saving tool control system designed for fastening operations.
 
This is a flexible, efficient, and space-saving tool control system designed for fastening operations.
This is a flexible, efficient, and space-saving tool control system designed for fastening operations.

Learn more and be inspired!

Let us share our knowledge and experience and leave the rest to your imagination.

Introducing automation in manufacturing
Get started automating your manufacturing processes
Introducing automation in manufacturing
Automation is a key trend in modern industrial manufacturing. But what are the driving forces behind this trend and where to start?
 
Automation is a key trend in modern industrial manufacturing. But what are the driving forces behind this trend and where to start?
Automation is a key trend in modern industrial manufacturing. But what are the driving forces behind this trend and where to start?
Driving sustainability through automation
Automated tightening station
Driving sustainability through automation
What if you could reduce the environmental impact of your manufacturing processes whilst improving ergonomics for your operators? And achieving this with increased profitability?
 
What if you could reduce the environmental impact of your manufacturing processes whilst improving ergonomics for your operators? And achieving this with increased profitability?
What if you could reduce the environmental impact of your manufacturing processes whilst improving ergonomics for your operators? And achieving this with increased profitability?
Tightening up the process of tightening with automation
automation tightening process
Tightening up the process of tightening with automation
Most industrial manufacturing processes start with that very first tightening of a single joint. There is a lot to gain from a quality and profitability standpoint if this repeatable process could be automated from the very start.
 
Most industrial manufacturing processes start with that very first tightening of a single joint. There is a lot to gain from a quality and profitability standpoint if this repeatable process could be automated from the very start.
Most industrial manufacturing processes start with that very first tightening of a single joint. There is a lot to gain from a quality and profitability standpoint if this repeatable process could be automated from the very start.
3D simulation of automated manufacturing
Simulation of automated tightening
3D simulation of automated manufacturing
Automation is the answer for many industrial manufacturers looking to address market and production challenges, but it does come with risks.
 
Automation is the answer for many industrial manufacturers looking to address market and production challenges, but it does come with risks.
Automation is the answer for many industrial manufacturers looking to address market and production challenges, but it does come with risks.

To sum it all up

“Station Automated” is the third of five steps in the Smart Integrated Assembly concept following “Joint Fastened” and “Station Controlled” and precedes “Line Connected” and “Factory Integrated”. A comprehensive Industry 4.0 offering that starts with that very first fastened joint and ends with a fully integrated Smart Factory. Manufacturing processes reengineered by Atlas Copco. Getting it right from the start.