Discover which automation technologies work best in your industrial sector
How to Match Robots to Specific Industries
Every industry, from food processing and chemicals to aerospace, has specific requirements regarding quality, hygiene, safety, and process precision. That is why Technology Selection by Industry is a key stage in automation planning. On this page, we present practical guidance and application examples to help you understand which type of robot, such as articulated, SCARA, mobile, or cobot, will be most effective in a given field.
We work with companies across different sectors, from the food industry, which requires high hygiene standards, to the metal industry, where resistance to harsh conditions and high payload are important. This allows us to propose diverse solutions matched to your circumstances. Whether you plan to improve assembly processes, introduce welding robots, or automate packaging, you will find guidance here to support the best decision.
Explore the Characteristics of Fifteen Sectors and Identify Key Areas for Automation
Key Challenges in 15 Major Industries
Every industry presents specific challenges, including different quality and safety standards, varying environmental conditions, and different end-customer requirements. Below we present fifteen key sectors, with a brief overview of the main challenges and areas where industrial robots usually deliver the greatest benefits. This makes it easier to determine the direction in which to develop automation in your company.
Key challenges: Maintaining high standards of hygiene and food safety and rapidly packaging products with different shapes and delicate structures.
Key Areas of Automation: Sorting and palletizing, real-time vision inspection, delicate product handling.
Key challenges: Working in sterile conditions, precise dosing and labeling of medicines, and strict regulatory standards such as GMP.
Key Areas of Automation: Robotic filling and packaging lines, cobots for handling aseptic processes, and vision systems for quality inspection of ampoules and vials.
Key challenges: Large-scale production, frequent welding and component assembly processes, and the need to maintain high repeatability.
Key Areas of Automation: Articulated robots for vehicle body welding, automated assembly stations on the main line, heavy-duty palletizing systems
Key challenges: Assembly of small and damage-sensitive components, high soldering precision, and a diverse product range.
Key Areas of Automation: SCARA and Delta robots for fast pick-and-place operations, cobots for delicate PCB assembly, and camera-based inspection lines for defect detection
Key challenges: Aggressive substances, possible explosive or toxic hazards, and the need to ensure operator safety.
Key Areas of Automation: Robots resistant to corrosion and chemicals, including stainless steel and IP sealing, robotic dispensing and mixing of ingredients, and vision systems monitoring the reaction process.
Key challenges: Operation of injection molding machines, high mold temperatures and a variety of materials with different properties.
Key Areas of Automation: Cartesian systems for fast and repeatable mold handling, articulated robots with grippers designed for hot parts, and finished product sorting.
Key challenges: High temperatures, dust, heavy and awkward components, and the need for welding precision.
Key Areas of Automation: High-payload articulated robots for handling sheet metal, automation of arc or laser welding, and gantry systems for transporting oversized loads.
Key challenges: Effective management of goods movement, growing requirements for order-picking speed and optimization of storage space.
Key Areas of Automation: Mobile robots (AGV, AMR) for pallet transport, automatic sorters and packaging lines, integration with WMS and ERP systems.
Key challenges: Delicate products in glass or plastic packaging, labeling, and dispensing creams or liquids.
Key Areas of Automation: Delta robots for high-speed bottle packaging, cobots for dosing and capping bottles, and vision inspection of caps and labels.
Key challenges: Various box and carton formats, high order variability, need for rapid forming of outer packaging.
Key Areas of Automation: SCARA or articulated robots for folding and gluing cartons, Cartesian robots at linear packaging stations, palletizing robots with grippers adapted to package size.
Key challenges: Seasonal harvesting, processing agricultural products of different shapes and sizes, and growing demand for efficient food production.
Key Areas of Automation: Machines for automated fruit and vegetable harvesting, robots with vision systems for quality sorting, and washing and packaging lines.
Key challenges: Transporting and mixing heavy raw materials, prefabricating concrete elements, and working in dusty and humid conditions.
Key Areas of Automation: Articulated or Gantry robots for moving blocks and pallets, robotic systems for wood cutting, and prefabricated-component design using 3D printing.
Key challenges: Very high assembly precision, for example for jet engine components, and work with composites and metals with special properties.
Key Areas of Automation: Articulated robots with force-control systems, robotic milling and drilling systems, and handling of delicate components such as photovoltaic panels and fuselage structures.
Key challenges: Cutting fabrics of different thicknesses, sewing components, high level of pattern customization.
Key Areas of Automation: Robots with rotary blades for precise fabric cutting, systems for automatic embroidery and sewing, and cobots supporting the assembly of small garment components.
Key challenges: Processing wood, MDF boards, or laminates, assembling bodies and components of various sizes, often irregular in shape.
Key Areas of Automation: Cartesian robots for cutting and milling panels, articulated robots for painting and grinding, and vision systems for component alignment.
Six main aspects that influence automation decisions in a given industry
Factors Determining Technology Selection in Individual Industries
Understanding industry specifics is the first step in selecting optimal robotics solutions. But industry alone is not enough. A range of factors determines how implementation should be planned and which robots should be selected. We identify six key areas worth considering when analyzing the needs of a sector and a specific company:
Health and safety standards
Sectors such as food, pharmaceutical, and chemical industries are subject to strict standards for cleanliness, substance control, and operator safety.
It is worth checking whether robots selected for these tasks have appropriate certifications, such as IP or ATEX, and whether their surfaces are easy to clean.
Required Accuracy and Repeatability
Industries such as electronics, aerospace, and medical technology often require robots with extremely high motion precision, down to the micrometer range.
For general tasks, such as palletizing in the packaging industry, stability and speed are usually more important than extreme accuracy.
Type of materials and environmental conditions
Metal and steel applications require resistance to heat and dust, while the cosmetics industry requires gentle handling of glass or plastic packaging.
In the plastics industry, waste management (e.g. in recycling processes) or work with hot molds may be important.
Production Scale and Flexibility
If your company mainly produces long runs of uniform products, for example in automotive, more efficient and faster articulated or SCARA robots may be the better choice.
Where the product range changes frequently, for example in fashion or custom furniture projects, ease of reprogramming and the ability to change grippers quickly are extremely important.
Costs and Return on Investment (ROI)
In some industries, such as agriculture or construction, margins may be lower, making it essential to find a balance between the robot's price and the improvements achieved.
Grants, leasing, or cooperation with banking institutions can spread investment costs over time and accelerate the point at which automation begins generating returns.
Development and Scalability Options
Some sectors, such as warehousing and logistics, are subject to very dynamic changes, including e-commerce growth and seasonal order peaks.
The choice of design, such as mobile robots, and deployment model, such as modular production lines, should take into account the system's potential for future expansion.
Considering the factors listed above gives you a more complete view of your sector's requirements and helps identify which technologies will be most important for improving efficiency. In the following sections, we will present an Industry Comparison Table so you can easily see which robot types, such as articulated, SCARA, Delta and cobots, are most commonly found in your industry and why. This will help you make an informed decision about the direction of automation for the benefit of your company.
See How Individual Robot Designs Perform Across 15 Key Industries
Which Robot Types Are Most Commonly Used in Your Sector
In the previous sections, we discussed the specifics of fifteen industries and the most important factors affecting technology selection. We now present an industry comparison table assigning the most popular robot types, such as articulated, SCARA, Delta, Cartesian, collaborative and mobile robots, to specific sectors. This allows you to quickly assess which solutions are commonly used and why.
| Industry | Most Commonly Used Robot Types | Why These Designs? |
|---|---|---|
| Food Industry | Delta, SCARA, collaborative robots (cobots) | High packaging speed, hygienic coatings, handling delicate products |
| Pharmaceutical | Cartesian, collaborative cobots, articulated with enhanced sterility | Precise dosing, aseptic environment, need for real-time quality control |
| Automotive | Articulated Arms, Gantry and Cartesian | High payload, multi-axis motion, resistance to demanding welding and assembly conditions |
| Electronics | SCARA, Delta, collaborative (cobots) | Precise PCB assembly, fast pick and place, low component payloads |
| Chemical | Corrosion-resistant articulated robots, reinforced Cartesian robots | Handling aggressive substances, chemical dosing, operation in a sealed environment |
| Plastics | Cartesian robots at injection molding machines, articulated robots for sorting, SCARA in pick & place | Automated mold handling, rapid movement of lightweight components, resistance to high temperatures |
| Metal and Steel | High-payload articulated robots, gantry robots, Delta robots occasionally | Welding heavy parts, handling sheet metal, cutting, and grinding under difficult industrial conditions |
| Warehousing | Mobile AGV/AMR, SCARA for fast sorting, cobots in order picking | Automation of pallet transport, reduced manual handling of goods, easy system scaling |
| Cosmetics | Delta, SCARA, collaborative robots (cobots) | Gentle dispensing and packaging, packaging appearance control, fast operation of packaging lines |
| Packaging | Articulated robots for palletizing, SCARA for carton forming, Cartesian robots in the line | Forming and folding packaging, fast multipack packaging, flexibility with changing product ranges |
| Agriculture | Mobile AMRs for harvesting, Delta robots for sorting, articulated robots for raw material processing | Operation in variable conditions, sorting by quality, automatic washing and packaging |
| Construction | Gantry robots for handling blocks, articulated robots in prefabrication, SCARA less often | Handling heavy construction components, resistance to dust and moisture, support for mortar mixing |
| Aerospace and Space | Articulated robots for precision processing, Cartesian robots for milling, cobots in assembly | Very high precision, work with expensive components, ability to perform force-controlled tasks |
| Textile and Apparel | Cartesian robots for material cutting, collaborative robots (cobots) for sewing, SCARA | Automatic fabric cutting, application placement, support for sewing components with unusual shapes |
| Furniture | Cartesian robots for panel processing, articulated robots for painting, gantry systems for large components | Precision milling of fronts, fast cabinet assembly, processing wood and MDF boards |
How to Read the Table:
- Most Commonly Used Robot Types indicates the most popular designs in a given industry, although every company may have individual needs.
- Why These Designs? helps explain what to consider when choosing, such as high speed, high payload, or resistance to environmental conditions.
Considering the factors listed above gives you a more complete view of your sector's requirements and helps identify which technologies will be most important for improving efficiency. In the following sections, we will present an Industry Comparison Table so you can easily see which robot types, such as articulated, SCARA, Delta and cobots, are most commonly found in your industry and why. This will help you make an informed decision about the direction of automation for the benefit of your company.
See What Results Robots Can Deliver in Your Industry, Without Specific Implementation Examples
What Results Can You Achieve Without Detailed Deployments
Many companies considering automation wonder what results can be achieved by implementing robots in specific industries. Below is an overview of potential benefits without reference to particular implementations. This approach helps illustrate the general potential of robotization in your sector:
Shorter Production Time
- With robots capable of continuous 24/7 operation, you can significantly increase daily productivity.
- Using high-speed robot designs such as SCARA and Delta increases the number of parts processed in a short time, translating into higher production capacity
Quality Improvement and Maintenance
- Robots provide high operational repeatability, minimizing quality differences between individual batches.
- In addition, integrated vision systems can automatically reject components that do not meet specifications, reducing the proportion of waste.
Cost Optimization and Reduced Downtime
- Automating repetitive tasks reduces the need for manual work, shortening cycle times and reducing employment costs.
- In industries such as aerospace and automotive, where production lines cover large areas, mobile robots such as AGVs and AMRs can accelerate component transport and reduce the number of forklifts required.
Improved Employee Safety and Comfort
- Robots take over heavy, dangerous, monotonous tasks or tasks requiring contact with aggressive substances.
- In sectors such as chemicals or metals, the level of risk to operators decreases significantly, resulting in fewer accidents.
Flexibility and Adaptation to Different Products
- In the textile or furniture industries, robots can be easily reprogrammed to handle products of different sizes and shapes.
- Thanks to modular solutions and interchangeable grippers, a single production line can handle several product variants, reducing investment costs.
Compliance with Standards and Regulations
- In regulated industries such as pharmaceuticals and food, automation makes it easier to maintain sanitary regimes and document processes, for example through production-batch monitoring.
- Robots with IP or ATEX certification meet requirements for operation in higher-risk environments.
Increasing Competitiveness and Building an Innovative Brand
- Companies that invest in modern robotic systems are perceived as leaders in quality and efficiency.
- Many companies gain a market advantage because they can respond more quickly to changes in trends and customer demand.
Regardless of your sector, industrial robots can support many areas, from improving quality and efficiency to increasing safety and reducing operating costs. Final results, of course, depend on carefully matching technology to processes, which we describe in detail in the previous sections. If you are unsure what benefits companies in your industry can achieve, contact us. We will be happy to analyze your needs and propose the most effective solutions.
Seven Steps to Help You Successfully Implement Robots in Your Industry
How to Move Smoothly from Plans to Implementation
Even if you already know which robots are best for your industry, one question remains: how do you move from analysis and technology selection to practical implementation? Below are seven key tips that will help you carry out this process step by step, minimizing risk and enabling business benefits to be achieved quickly.
Define Goals and Expectations
- Define exactly what you want to achieve: shorter production time, lower costs, improved quality or greater safety.
- Clear objectives make it easier to evaluate implementation effectiveness and ROI later.
Conduct a Detailed Audit
- Review all processes in your company and identify which areas should be automated first.
- It may be useful to create a short priority list and an initial implementation schedule.
Consult the Experts
- Contact an integration company or robot supplier with experience in your industry.
- Exchange observations on environmental requirements, legal requirements (e.g. GMP in pharmaceuticals), and the available budget.
Choose the Right Financing Model
- Will it be leasing, an investment loan, an EU grant, or perhaps another form of support?
- Adapt the payment method to the specifics of your company to reduce financial burden and accelerate return on investment.
Ensure Integration with Infrastructure
- Pay attention to compatibility with control systems such as PLC, MES, and ERP, as well as communication standards such as OPC UA.
- Make sure you have planned safety zones, guarding or light curtains where appropriate if you are not using cobots.
Plan Tests and Training
- Conduct acceptance tests, FAT and SAT, to verify robot performance under conditions similar to real operation.
- Organize training for employees, including operators and maintenance teams, so they can adapt to the new system more quickly and efficiently.
Monitor, Improve, and Expand
- After commissioning the robot, regularly analyze performance indicators, or KPIs, and assess whether the objectives have been achieved.
- Consider further automation of other processes if new needs arise in the company or order volumes increase.
Robot implementation does not have to be complicated, provided you move through these steps carefully and with support from experienced experts. If you have questions or are looking for more detailed guidance, contact us. Together, we will identify the most suitable path for implementing robotics in your industry.
Have additional questions? Check the answers below and contact us if you have any doubts
Frequently Asked Questions
Many companies considering robotization in a given industry have similar questions and concerns. We have collected the most common ones to help you make a decision and show that the entire process can be simpler than you think.
It is best to start where you can achieve the greatest savings in time or cost. These are often repetitive, monotonous tasks or areas with a high level of manual errors.
Yes. In industries with highly variable product ranges, universal robots, such as collaborative robots, and solutions with interchangeable grippers work very well. They can be easily reprogrammed to handle new products.
Yes. Many processes already successfully combine robots, such as articulated robots, with presses, lathes, milling machines, or assembly lines. The key is careful planning of interfaces and synchronization.
Traditional designs require safety zones such as guarding and scanners, but if you plan human-machine collaboration, consider cobots with built-in safety systems and perform a risk assessment.
Do you have more questions?
Contact our team of experts for personalized consulting, from process analysis and robot selection to implementation and service. Automating your processes may become simpler and more profitable than you expect!
Discover Our Cooperation Methodology, from Implementation Planning to After-Sales Support
Comprehensive Automation Support
At NexaRob, we know that effective automation is not only about selecting the right technologies but also about a coherent process covering needs analysis, solution design, and long-term service. Below we present our approach, which helps companies safely move through every stage of investing in industrial robots.
Consultation and Diagnosis
Process audit: We begin by conducting a detailed analysis of your production, logistics, or inspection lines, identifying areas where robotization will deliver real benefits, such as time savings, improved quality, and fewer errors.
Defining Priorities: We define the main objective, which may be accelerating production, improving logistics, or increasing employee safety.
Design and Technology Selection
Technical analysis: Based on the collected data, we propose the most suitable robot types, including SCARA, articulated, mobile, Cartesian or cobots, taking into account payload, precision, reach and compatibility with your infrastructure.
Solution optimization: We create a concept for a robotic workstation or line, aiming to eliminate bottlenecks and ensure the possibility of future expansion.
Financial Support and Funding
Identification of Financing Sources: Thanks to our network of contacts with banking institutions and EU funding specialists, we help obtain loans, leasing and grants.
Budget planning: We calculate the preliminary return on investment (ROI), taking into account not only the cost of equipment and integration but also potential savings and productivity gains.
Integration, Installation and Testing
Installation and configuration: Our engineers install robots and make the necessary workstation modifications while minimizing disruption to ongoing processes.
Testing and acceptance phase: We test system performance and stability under conditions as close as possible to everyday production, verifying that the intended parameters have been achieved.
Training and Implementation Handover
Team education: We organize training in robot operation and programming, as well as basic fault diagnostics, so that your employees can work confidently with the new technology.
Commissioning Support: We assist with final system tuning and process optimization so fully efficient production can be launched as quickly as possible.
Service, Development, and Optimization
After-sales support: We provide regular inspections, fast access to spare parts, and technical support, helping maintain uninterrupted robot operation.
Further modernization: When needed, we expand existing workstations by adding new IoT modules or additional robots with different parameters.
Through this process, NexaRob becomes a strategic partner for your company, while investment in automation delivers long-term benefits, from higher productivity and lower costs to greater employee satisfaction.
Automate Your Business with NexaRob - Contact Us!
We Operate Globally, Providing Support Tailored to Local Needs and Regulations
We Operate Globally, Support Locally
NexaRob is an internationally active robotics technology integrator working with partners in more than 100 countries. Our broad network of experts and suppliers provides not only access to the latest solutions, but also adaptation to the requirements of different markets. This enables companies to implement robots effectively regardless of region or applicable regulations.
- Local specialist support Through our regional offices and cooperation with local experts, we offer professional assistance in the local language and in accordance with industry requirements. During implementations, we take into account local occupational health and safety regulations, environmental standards, and quality requirements, shortening implementation time.
- Extensive service infrastructure We have service centers in key locations, enabling a rapid response to failures and efficient spare parts supply. Our global partner network allows us to exchange experience and best practices across different markets.
- Compliance with local regulations Many sectors, such as pharmaceutical, food, and chemical, are subject to specific legal regulations and standards, including GMP, HACCP, and ATEX. NexaRob ensures that each implementation meets the inspection and certification requirements applicable in the given country.
- Access to the latest technologies We follow global trends in robotics and automation, implementing solutions for customers that genuinely increase process efficiency. We work with robot, software, and component manufacturers around the world, enabling us to propose innovative tools that improve automation.
Operating across different time zones and cultures, NexaRob provides universal and effective solutions while remaining flexible in adapting to local conditions. Whether you operate a facility in Europe, Asia, Africa, or the Americas, you can rely on professional support and expert knowledge that will help your company compete in the global market.
We believe in innovation created through cooperation. Join us!
Would you like to become our Partner?
At NexaRob, we focus on jointly creating innovative robotic solutions that can transform industrial operations worldwide. We therefore continually seek partners, both established manufacturers of components and systems and innovative start-ups that want to develop their automation ideas.
Why Work with NexaRob?
- Joint Innovation Our R&D teams work with scientists, engineers, and visionaries to develop new automation systems based on the latest trends in robotics and AI. NexaRob partners gain access to a global network of contacts, helping them bring their own ideas to market more quickly.
- Technical and Business Support We offer comprehensive training and educational materials that help partners develop robotics competencies. We support joint marketing activities, trade fairs, and industry conferences, building the recognition and credibility of all parties involved.
- Global Reach and New Markets We operate in more than 100 countries, which means the ability to reach thousands of customers across different sectors. NexaRob helps adapt solutions to technical and regulatory conditions in specific regions, increasing the chances of successful implementations.
- Flexible Forms of Cooperation We enable cooperation in different models, from one-time integration projects to ongoing exclusive partnership agreements. We are open to both large corporations and smaller companies with innovative potential, believing that diversity is a strength of the robotics industry.
Would You Like to Create the Future of Automation with Us?
Contact us to discuss cooperation details and see how joining forces can transform the operation of many companies. NexaRob is a place where passion for technology meets real market needs and innovation delivers measurable business results.
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