Industrial Automation & Robotics Solutions
Our company provides reliable Industrial Automation and Robotics – Robotic Systems
Automation Company
We are an automation company providing custom-designed automation and robotics solutions for various industries. Our company has years of experience in industrial automation and robotic systems, ensuring high-quality products and services. Furthermore, we offer affordable refurbished robots for both simple and complex assembly lines, maintaining efficiency comparable to new models. Let us assist you in achieving your goals with our reliable and innovative solutions that lead to significant cost savings.
Let's Go On A Journey And Find a reliable Industrial Automation Company
Industrial Automation Company and Robotics
Our company specializes in industrial automation, providing customized solutions for integrating robotic arms into your workflow. We also offer reconditioned robots and other tailored products. Our cost-effective solutions maintain high quality standards. As your preferred partner, we offer excellent support throughout the purchasing process, including consulting, designing, and installing industrial robotic equipment. Our team of engineers and technicians is committed to delivering reliable and efficient solutions. With our assistance, you will optimize your production processes while adhering to high quality standards at an affordable price.
Robotics and Automation
Our Main Services (Integration, Robotics, Cells, Control Systems)
As a robotic integrator, we help you to choose the right manufacturing systems from design and manufacture to installation and commissioning.
Industrial Automation
We provide comprehensive turnkey automation solutions, including control systems, PLCs, SCADA, as well as robotics and automation integration services tailored to your needs.
Robotic Automation
We offer custom robotic system integration. Our team will guide you through consulting, design, and installation of industrial robot equipment. We also provide cost-effective purchasing support.
Robotic Simulation
Robotic simulation is proof of the design that ensures the robotic system will operate as expected and without any problems. Phoenix will simulate the program to ensure the success of the project.
Programming Robots
Programming robotic arms and robotic cell design are primary concerns for a reliable robot integrator when designing the cell. Phoenix carries out both disciplines.
Robotic Training
Training is essential for new installations as it contributes to faster and more effective start-ups. We offer KUKA, FANUC, and ABB Robotics training courses.
How Phoenix Supports You - Your Automation Company Partner
Phoenix Robotic collaborates with various industrial partners, supporting automation projects of all sizes — from beginner robot users to advanced multi-site manufacturing. Whether you’re a manufacturer investing in automation, an OEM providing turnkey machinery, or a system integrator expanding resources, Phoenix Robotic offers practical, dependable robotic solutions backed by solid engineering experience.
We help manufacturers automate production processes for better efficiency, quality, and consistency. No matter if you’re in automotive, engineering, food & beverage, logistics, or general manufacturing, Phoenix Robotic provides robotic and automation solutions that fit into your existing production lines.
Here’s how we assist manufacturers:
- Automating labor-intensive tasks
- Boosting throughput and consistency
- Enhancing product quality and process control
- Minimizing downtime and dependence on manual labor
- Upgrading or integrating with older machinery
From standalone robotic cells to fully automated lines, we create solutions that provide measurable return on investment.
Phoenix Robotic partners with OEMs to provide specialist robotics and control systems expertise as part of complete machine and production line builds.
We act as an extension of your engineering team, supporting projects where in-house robotics or PLC resource is limited or where specialist expertise is required.
How we support OEMs:
- Robot and PLC programming support
- Robotics integration within bespoke machinery
- Safety systems and compliance support
- Offline simulation and cycle time optimisation
- Commissioning support worldwide
Our flexible approach allows OEMs to scale resources quickly while maintaining engineering quality and delivery deadlines.
Phoenix Robotic works with system integrators and automation companies to provide robotic expertise that enhances control systems.
We assist integrators looking for dependable and experienced robotics partners for complex or multi-brand projects.
How we assist integrators:
- Multi-brand robot programming and integration
- Short-term or project-based engineering support
- Support for older and refurbished robots
- On-site commissioning and troubleshooting
- Extra resources during busy project times
Our teamwork approach ensures efficient project delivery while maintaining your client relationships.
Robotics and Automation Company
As an industrial automation company, we are experts in providing advanced robotic solutions for various industries. Our experienced team of engineers and technicians works closely with you to develop customized solutions that meet your unique requirements and exceed your expectations. From installation to ongoing support and maintenance, we are committed to ensuring that your robotic systems function optimally and seamlessly integrate with your existing processes.
Would you like to exchange your old industrial robots, upgrade them and save some costs?
Are you considering using robotic arms to streamline your processes?
Learn Our Story
Phoenix Control Systems Limited was founded in 2005 to provide effective engineering and industrial automation solutions for our customers in various sectors. What can a system integrator offer you?
Choose Our Automation Company
Choosing a robotics partner is crucial, just like selecting a robot. At Phoenix, we use our engineering skills and global reach to help manufacturers automate effectively.
Proven Experience You Can Rely On
Phoenix is an automation company specializing in industrial automation and control systems. Our experienced team delivers robotic solutions for various production environments.
We design, engineer, program, and commission complete automation systems, focusing on performance and reliability. Our expertise in PLC control systems ensures that robots integrate seamlessly into your manufacturing process.
Multi-Brand Robotics Expertise
Phoenix Robotic recommends the best robot for your application, regardless of the manufacturer. We work with leading industrial robot brands like ABB, FANUC, KUKA, and Yaskawa / Motoman.
This multi-brand strategy provides flexibility, prevents vendor lock-in, and ensures good performance at the right cost. We choose the robot that meets your production needs, whether for welding, palletizing, painting, assembly, or material handling.
We also support refurbished and legacy robots when suitable, helping customers get the most value and maintain performance.
Worldwide Engineering Support
Our UK-based automation company delivers robotic projects both locally and internationally across sectors such as automotive, manufacturing, logistics, and food & beverage.
Our global reach enables us to support multi-site manufacturers and international production lines with timely engineering support. We oversee everything from concept to on-site training and after-sales service, striving to be a long-term automation partner rather than merely a project supplier.
A True Automation Partner
With experience, brand flexibility, and global capability, Phoenix Robotic provides scalable robotic solutions for real manufacturing conditions.
Selecting us as your automation company means:
- Expert automation engineering
- Freedom to select your robot brand
- Turnkey delivery with lifecycle support
- A partner focused on performance and ROI
We offer global robotics and automation services as a leading company
Our Accreditation
Phoenix is a certified contractor registered with the National Inspection Council for Electrical Installation Contracting. We adhere to high standards of electrical procedures.
Phoenix is certified and meets the global ISO 9001 Quality Management System standards. We strive for continual improvement through regular auditing of our processes.
Having SafeContractor accreditation helps us show that we are a reliable company with consolidated policies on safety, health, and ethics.
Industrial Automation: Systems, Types & Examples
Industrial automation uses control systems, machinery, and robotics to manage manufacturing processes with minimal human involvement, aiming to enhance efficiency, safety, and productivity while reducing errors and costs.
What Is Industrial Automation?
It replaces or enhances manual tasks through technologies such as:
- PLCs (Programmable Logic Controllers)
- Industrial robots
- Sensors and actuators
- HMIs and SCADA systems
Automation can vary from basic machine control to smart production lines.
Core Industrial Automation Systems
1. PLC Systems
PLCs manage machines in real-time. Applications include: Machine control, Conveyor systems, and Packaging lines. Example: A PLC controls motors and sensors on a production line.
2. Robotics Systems
Industrial robots perform tasks like handling and assembly. Example: A robot loads parts into a CNC machine while a PLC manages sequence.
3. HMI Systems
HMIs allow operator interactions via screens. Applications include: Starting/stopping machines, monitoring alarms. and adjusting parameters. Example: A touchscreen shows machine status and faults.
4. SCADA Systems
SCADA systems oversee large automation processes, such as factory monitoring, utilities, and data reporting. Example: A SCADA system supervises production lines within a factory or across multiple sites.
5. Safety Control Systems
Safety systems detect hazards and stop machines. Applications include: Emergency stops, light curtains, and guard monitoring. Example: A safety PLC halts a robot cell when a gate opens.
Types of Industrial Automation
Industrial automation is categorized into four main types:
- Fixed Automation is designed for high-volume, repetitive tasks. It is fast and efficient but lacks flexibility once set up. Example: Automotive body welding lines.
- Programmable Automation allows for reprogramming to handle different products or batches. It is suited for batch production requiring some flexibility. Example: Robotic palletizing systems managing various box sizes.
- Flexible Automation supports frequent changes and product variations. It uses robots, vision systems, and modular tooling for high-mix, low-volume production. Example: Robotic assembly cells with quick-change tooling.
- Integrated Automation links different systems like PLCs, robots, safety controls, and data platforms into a single coordinated system, facilitating scalable smart factory operations. Example: A fully automated production line connected to MES or data systems.
Robotic Systems
- Painting Robots
- Milling Robots
- Welding Robots
- Assembly Robots
- Palletizing Robots
- Handling Robots
- Dispensing Robots
Industrial Automation vs Manual Production
Choosing between industrial automation and manual production is a key decision for manufacturers. Each approach has advantages, but the right choice depends on volume, consistency, safety, and long-term business goals. Below is a practical comparison to help you decide.
What Is Manual Production?
Manual production uses human workers to carry out tasks like assembling, handling, inspecting, and packing products. It is best for:
- Low production volumes
- High product variation
- Short production runs
- Early-stage or prototype manufacturing
Strengths:
- High flexibility
- Low initial investment
- Easy to modify for design changes
Limitations:
- Variable quality
- Challenges in finding workers
- Higher long-term costs
- Increased risk of mistakes and injuries
When to Use Manual Production
Consider manual production when:
- Volume is low or unpredictable
- Product designs change often
- Automation costs aren’t justified
- Human skill or judgement is needed
What Is Industrial Automation?
Industrial automation involves using control systems, machinery, and robots to complete tasks with little to no human help. It’s ideal for:
- Repetitive and labor-intensive tasks
- Medium to high production rates
- Operations that require high quality
- Continuous production, including multi-shift work
Advantages:
- Consistent quality and accuracy
- Increased productivity and output
- Enhanced safety
- Lower cost per unit over time
Disadvantages:
- Higher initial costs
- Needs engineering and integration
- Can be inflexible if not well-designed
When to Use Industrial Automation
Automation is usually better when:
- There are labor shortages
- Consistency and quality matter
- Safety risks need to be minimized
- Production demand is increasing
- Long-term cost savings are important
Robotic Cell Systems
A robotic cell system is an autonomous unit where one or more robots carry out specific tasks in a defined area. These cells aim to enhance efficiency, consistency, and safety in manufacturing operations.
How Robotic Cell Systems Work
- Parts arrive at the cell using conveyors, feeders, or by hand.
- Sensors identify the presence and orientation of parts.
- The robot performs its task using the correct end effector.
- Vision systems and sensors check for quality and placement.
- Finished parts are moved out for the next process.
- This cycle continues with little human involvement.
Applications of Robotic Cells
- Welding: Used in automotive body welding with multiple robots.
- Palletising: Efficiently packages and stacks products.
- Assembly: Ensures precise assembly of electronics or machinery components.
- Machine Tending: Loads and unloads CNC or other automated machines.
- Painting & Coating: Applies paints or finishes consistently and safely.
Advantages of Robotic Cell Systems
- Improved throughput and productivity.
- Reliable quality and precision.
- Lower labor costs and reduced risk for operators.
- Compact design for easy integration.
- Adaptable for different programming or end-effector swapping.
Components of a Robotic Cell Systems
- Industrial Robot(s)
- This is the main device that performs tasks like welding, palletizing, assembly, or moving materials.
- Includes types such as articulated robots, SCARA, delta, and collaborative robots (cobots).
- End Effector / Tooling
- The part of the robot that interacts with the product.
- Examples include grippers, welding torches, suction cups, and spray guns.
- Safety Systems
- Includes guarding, light curtains, safety scanners, and interlocks to keep workers safe and meet regulations.
- Control System
- This usually consists of a robot controller or PLC that manages robot movement, sensors, and other tools within the cell.
- Conveyors / Part Handling
- Automatically feeds and removes parts to ensure smooth operation.
- Sensors & Vision Systems
- Identify part position, orientation, and quality.
- Help robots with precise handling and support inspection processes.
A robotic cell system is a modular automation solution that combines robots, tools, sensors, and safety features to carry out specific manufacturing tasks effectively and safely. It works well for repetitive tasks, those needing high precision, or tasks that pose risks. It can be modified to meet changing production needs.
Robotic Systems vs Standalone Robots
Understanding the difference allows manufacturers to choose the right level of automation for their production requirements.
Industrial Robotic Systems
- Integration of multiple robots, machines, and control systems into one solution
- Includes PLCs, vision systems, safety equipment, and sometimes SCADA or MES
- Capable of executing complex processes across a production line
- Higher initial cost and longer setup time
- Best suited for medium to large operations or varied production
Example: An automated assembly line where robots manage welding, inspection, and packaging, all controlled by a PLC and monitored through an HMI.
Standalone Robots
- A single robot performing a specific task independently
- Typically programmed for one function (e.g., pick & place, welding, palletizing)
- Limited integration with other machines or systems
- Easy to set up and has lower initial costs
- Most suitable for smaller operations or simple repetitive tasks
Example: A 6-axis robot palletizing boxes at the end of a conveyor without collaborating with other machines.
When to used standalone robots or robotic systems
- Select standalone robotic units for straightforward automation, rapid implementation, or preliminary experimental phases.
- Opt for integrated robotic systems to achieve comprehensive, scalable automation across diverse processes and machinery.
robotics and automation Case Studies
Phoenix has completed automation and robotics projects across various industries. Our case studies provide clear examples of engineering solutions for common manufacturing challenges. Here are some of our solutions as a robotics and automation company.
Automotive Manufacturing – Robotic Welding Cell
Improve welding efficiency and consistency while reducing manual labor. Use a multi-axis robotic welding cell with PLC-controlled fixtures and safety systems. Benefits:
- Enhanced weld quality and consistency
- Increased production capacity
- Reduced operator exposure to hazardous processes
Manufacturing & Engineering – Automated Palletising
Manual palletizing causes delays and labor problems. A robotic palletizing system with conveyors, safety features, and control systems enhances efficiency. Benefits:
- Continuous automated operation
- Reduced manual handling risks
- Consistent pallet quality and arrangement
OEM Machine Builder – Robotics Integration Support
OEM needed specific robotics skills to meet project deadlines. Provided programming for different robot brands, offline simulation, and on-site support. Results:
- Project finished on time
- Robot integrated into custom machinery
- Shortened development and commissioning time
Food & Beverage – Automated Handling
Maintain cleanliness and consistency while maximizing production rates. Implement a robotic pick-and-place system with safety features. Benefits:
- Improved product consistency
- Reduced waste and rework
- Automation that complies with hygiene and safety standards
Legacy System Upgrade – Control & Robotics Retrofit& Inspection
Outdated automation equipment is impacting production efficiency and reliability. Upgrade control systems with modern industrial robots and safety PLCs. Advantages:
- Increased machine lifespan
- Improved reliability and maintenance
- Strong foundation for future growth
Effective Manufacturing Solutions by Automation Company
We customize each project to fit the customer’s needs and production objectives. From a single robotic cell to a full production line, Phoenix Robotic focuses on performance, reliability, and value.
Industries Served
Questions to Consider When Starting in Automation & Robotics
To automate tasks with robotics, you should evaluate their complexity, frequency, and benefits. Additionally, identify a trustworthy integrator to guide you on selecting suitable robots while considering cost, maintenance, and training. By considering these factors, you can determine whether automation is the right fit for your business and make informed decisions when implementing it. This strategic approach can enhance productivity, reduce costs, and guarantee a smooth transition to automation. However, you may want to consider the following questions as well:
Determine your automation needs and select a reliable company
1. What problem are we actually trying to solve?
Before considering robots, clarify your objectives:
- Are you addressing labor shortages, quality concerns, production limits, safety issues, or costs?
- Which part of the process is causing delays?
- What does success look like in clear, measurable terms?
Automation should address a specific problem — not just introduce new technology.
2. Is the process suitable for automation?
Not all processes can be easily automated.
- Is the task repetitive and uniform?
- Are parts presented consistently?
- What variation is there in products or batches?
- Can standardization improve outcomes before automation?
High-mix, low-volume processes can be automated, but they need the right strategy.
3. What level of automation do we need?
Automation doesn’t have to mean complete automation.
- Are you considering both manual and robotic options?
- Do you prefer a standalone robotic cell or a fully integrated line?
- Is a scalable solution now, with the potential for future expansion, important to you?
Starting small while planning for growth is often the best approach.
4. What return on investment (ROI) is acceptable?
It’s essential to understand the business case.
What are the current costs for labor, scrap, and downtime?
- How many shifts will the system operate?
- What is the desired payback period (e.g. 12–24 months)?
A clear ROI model is important for making technical decisions.
5. Do we have the right space and layout?
Consider physical constraints.
- Is there sufficient floor space for robots, guards, and access?
- Can automation enhance material flow?
- Will automation impact nearby processes?
Effective layout planning prevents expensive redesigns later.
6. Which robot and technology are best for the job?
There is no single “best robot” — only what meets your needs.
- What are your payload, reach, speed, and accuracy requirements?
- Do you need vision systems, force sensing, or tracking capabilities?
- Do you require a collaborative or industrial robot?
Choosing without brand bias can help you find the right solution.
7. How will safety and compliance be handled?
Incorporate safety from the start.
- What risk assessments are needed?
- What guards, safety PLCs, or sensors are required?
- Are we compliant with EU machinery regulations?
Effective safety design ensures protection for both people and productivity.
8. How will the system integrate with existing equipment?
Automation does not operate alone.
- Will robots connect with current machines or PLCs?
- Are there older systems to take into account?
- How will data be exchanged (HMIs, SCADA, MES)?
The ability to integrate is often what determines success or frustration.
9. Who will operate, maintain, and support the system?
Consider what happens after installation.
- Who will manage the system daily?
- Is training for operators and maintenance necessary?
- What balance of in-house vs external support is feasible?
Well-trained teams ensure long-term productivity in automation.
10. How flexible does the solution need to be?
Planning for the future is important.
- Will products or layouts need to change?
- Can tools or programs be easily adapted?
- Is the system designed for future growth?
Flexibility safeguards your investment.
11. Should we upgrade existing equipment or start fresh?
Automation often means improving existing systems instead of replacing them.
- Can older machines be upgraded?
- Is it worth considering refurbished equipment?
- What option offers the best long-term value?
Choosing something other than “brand new” can be smart.
12. Who is the ideal robotics and automation company?
Your robotics and automation company is as crucial as the hardware itself.
- Do they understand your industry and processes?
- Are they unbiased towards specific brands?
- Can they offer support after installation?
A quality robotic integration company values results over merely selling robots.
Automation and robotics function best when regarded as a strategic investment rather than a quick fix. Asking the right questions to automation company from the beginning results in smoother projects, faster returns, and systems that enhance productivity.
Robotic systems integrator You Can Trust
A robotic systems integrator designs, builds, and implements complete robotic automation solutions — going far beyond simply supplying robots. Their role is to ensure robots, control systems, safety equipment, and existing machinery work together as a reliable, production-ready system.
We believe in hardworking professionalism
Manufacturers can save time and costs by partnering with suppliers or outsourcing to a single robotic system to manage logistics with multiple suppliers, including coordination and testing.
Trust Us - You're in Good Hands
Choose the right robotic systems to establish a partnership backed by dedicated service and peace of mind. Find a partner who understands your project goals and key performance indicators.
Working With The Client is Our Starting Point
Outsourcing project oversight to robotic systems ensures a seamless process from design to assembly and testing. Our services include material sourcing, coordination, and logistics management.
A creative and innovative design
As industries change, customers need flexible solutions. Robotic cell systems are now practical. Relying on one solution isn’t feasible; use various robotic cell designs to address specific needs.
What Does a Robotic Systems Integrator Do?
A robotic systems integrator oversees the entire automation process, which includes:
- Process Evaluation & Feasibility
- System Design & Engineering
- Robot & PLC Programming
- Build, Installation &
- CommissioningTraining & Support
Global Automation Company
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