SPECIAL PURPOSE MACHINES ᛫ AUTOMATION ᛫ FACTORY VISION ᛫ ROBOTICS

Industrial Automation

If you are searching for the best industrial automation Australia solutions, look no farther than Cenos Automation. Being a reputed and reliable company, we offer a wide spectrum of services to accommodate the evolving needs of different types of industries and customers. You can expect a perfect amalgamation of quality, scalability and affordability with our industrial automation Melbourne solutions.

Our Industrial Automation Design process comprises of different steps and they include feasibility consultation, concept and quotation, detailed design, manufacturing and assembly, electrical design and programming, factory acceptance test, on-site installation and commissioning, documentation and support, future upgrades and maintenance as well.

You can contact us for a free automation consultation. Our industrial automation engineer Victoria services take the efficiency of your business into a new level. We offer the services of most accomplished automation design engineer professionals who are capable of providing innovative and reliable automation, factory vision, special purpose machines and robotics solutions for our customers.

Our Process Automation Engineers Work Procedure

1. Feasibility Consultation

Have a chat to us to see how Cenos Automation can help automate your processes. An initial meeting will give our customers the change to bounce ideas off our engineers to determine the best course for automation in your business

2. Concept & Quotiation

After the initial meeting, a specification is typically supplied by our customers detailing their requirements. At this stage, our engineers will think up a concept and provide a quotation for your consideration.

3. Detailed Design

This stage is where all the engineering disciplines work together to visualize and flesh out concepts, using 3D CAD and simulation software. Our state-of-the-art manufacturing facility also allows us to produce rapid prototypes to prove concepts and ensure that the final design is successful.

4. Manufacturing & Assembly

Once the design is completed, our team of expert and experienced machinist and fitters ensure that designs are realized to specified tolerances and quality finishes. Furthermore, having in-house manufacturing facilities mean that we control every part of the manufacturing process, which in turn, mean that all our products are made to the utmost quality that Cenos Automation is known for.

5. Electrical Design & Programming

Working in tandem, our electrical engineers design build electrical cabinets to suit the cell design requirements to required safety levels (CAT3 / CAT4). Our programmers also start mapping and laying out foundation program parameters so that when the machine is finally built, they can start the programming process straight away.

6. Factory Acceptance Test

The project is only really completed once the design has been tested to the customer’s requirements. Prior to shipping to the customer’s site, in most cases we can setup the entire production cell/machine in our ~500m2 factory floor to ensure that any issues that may have been overlooked can be spotted and rectified.

7. On-Site Installation & Commissioning

The same crew who installed and tested the production cell/machine will facilitate the on-site installation and commissioning. This step will include final touch-ups and tune-ups and a Site Acceptance Test (SAT).

8. Documentation & Support

Our machines typically include an Operator’s Manual, which will outline recommended operating procedures and troubleshooting guides. In conjunction with an Operator’s Manual, we also provide comprehensive training to operators to ensure that they know how to operate the machine, and also how to overcome potential issues.

Click Here

9. Future Upgrades & Maintenance

Though we put extreme care & effort into designing each and everyone of our machines so that they remain in service for as long as possible, all machines and equipment have a life. When it comes to re-investing or adding additional functionality to machines we always look a ways to improve them by implementing the latest technology.