• Would you like to get out of the price war and compete by innovating?
• Would like to be set apart from the competition?
• Do you want to create higher added-value products?
• Do you want to find out the latest technology trends in your industry?
• Do you need objective input for your decision-making processes?

Why is our technology monitoring ideal?

• Because we go beyond traditional technology monitoring.
• We have a sharp eye for identifying the key elements for your question.
• We extract information that is relevant for your request.
• We do in-depth analysis of the information.
• We interpret the information using expert criteria.
• We have a network of national and international allies that makes it easy to find the information and prepare the report.
• We have specialized databases to search for information.

• Do you have problems with your processes?
• Do you have problems with your products?
• Do you need a forensic analysis to identify the cause of the problem?
• Do you need an impartial arbitrator to solve a dispute with a supplier or a client?
• Do you have a problem with plastic or rubber packages or products?
• Do you need to avoid legal liability or reputational loss?

Our fault analysis consulting service can help

• This is a simple but powerful tool.
• We conduct a detailed analysis of the problem, identify the causes, and provide solutions.
• We have a team of experts to look at the problem holistically and provide integrated solutions.
• We have our testing laboratory to validate the causes and propose solutions.

• Do you want to improve the productivity of your production processes?
• Is energy a high cost of production in your business?
• You are not sure if you are processes are competitive vis-à-vis the competition?
• Do you want to find out whether your plant’s production processes can be improved?
• Are you having technology related quality problems?
• Are you making proper use of your production equipment and general services?
• Do you want to lower your plant’s environmental impact?

Our plant optimization consulting service, through energy monitoring is much more than making a simple diagnosis of energy use.

We have an impact on the following processes.

• Production: maintenance, scheduling, and good practices.
• Processes: optimization of operating conditions.
• Quality: reduction of noncomplying products.
• Technology management: equipment or equipment components to reduce specific energy consumption and increase productivity based on data analytics.

Our service includes:

1. One day of diagnosis (includes visit to the operation line).
2. One day of training.
3. Diagnostic report with proposals for improvement.
4. Meeting to share the report and presentation of proposals.
5. Follow-up to the defined action plan (at a later date agreed with the client).

After the diagnosis of DPG, what can arise?

1. Online energy monitoring
2. Component design
3. Technological optimization
4. Optimization of processes

All these actions are proposed with the objective of generating savings or economic benefits for the operation.

The proposals that are made will always have the return on investment as a key indicator to make the decision.

• Do you want to create a technology barrier based on the materials used to develop your products?
• Do you want to stop depending on importing materials, such as biopolymers, TPE’s and special compounds?
• Do you want to improve your postindustrial raw materials to turn them into higher added-value products?
• Do you want to explore new markets but find it difficult to find the recommended raw materials?
• Do you want to explore materials that will place you at the forefront of technology?
• Do you need to improve your products’ properties based on their materials?
• Do you want your products to be more environmentally sustainable?
• Do you need to adapt to new regulations based on your products’ raw materials?

Let’s talk so that you can find out how our Compounds Design consulting service can help you.

• We have a team of experts with broad experience in polymeric materials and the processing technologies.
• We can analyze properties and define and decision-making paths in our laboratory to design the right compound for your process and your market.
• We have laboratory equipment and technology, prototype runs, and pilot runs to scale the developments.
• We are allies with national and international manufacturers of specialized raw materials that could be part of the solution to your needs.
• We have developments in biopolymers, TPE´s, materials with loads and fillings, waste monetization, foaming, pharmaceutical compounds and many more.

• Do you need to improve the productivity of your processes?
• Do you need to improve the quality of your products?
• Do you need to reduce waste in your polymer transformation processes?
• Do you need to update the technology of your equipment and bring it closer to the state-of-the-art?
• Do you need to lower your technology-related production costs?

With our design in design and polymer transformation equipment component we can help you with the design or selection of spindles, nozzles, and molds, as well as with complete production lines for injection, extrusion, and blow molding of hollow parts, so you can make the products you take to market efficiently and competitively.

• Do you want to monitor your production processes in real time?
• Do you want to use the industry’s 4.0 technologies with your older technologies?
• Do you need help analyzing the data from your production processes?
• Do you want to improve your quality inspection process in your production?
• Do you want to track your products throughout the logistics chain?
• Do you want to track the conditions in your laboratory tests?

The staff at our IoT (Internet of Things) lab, through their consulting service, can help you bring your company into the 4.0 industry using their knowledge of:

• Circuit design
• Applications design (native and web-based)
• Integrated systems design (data capture and display)
• Data analytics
• Artificial vision

All based on our specialized knowledge of processing, models, and simulation of plastics processes