Wednesday, July 12, 2023

Artificial intelligence is on everyone's lips. It refers to the ability of machines to learn and make decisions based on data and analytics. When used strategically, examples of artificial intelligence and its application in business can make a big difference to the way we do our work.

While it is true that automation is one of the most common ways businesses use artificial intelligence, AI and machine learning products have much greater potential.

In this article we wanted to do a little experiment and see how AI performs in our industry. We asked the OpenAI Chatbot what it knows about our business:


What is chamfering? What can it tell me about chamfering machines and weld seams?


Chamfering is a process that involves cutting or shaping the edges of a material, such as metal, wood or glass, at an angle other than a right angle (90 degrees). The result is a sloping edge, usually in the form of a chamfer, which can have a decorative or functional purpose. Chamfering is commonly used in manufacturing processes to remove sharp edges and prepare materials for welding or joining.

In metalworking, chamfering is often used to create a smooth, angular edge that helps prevent sharp corners from becoming a stress point, reducing the likelihood of cracking or breaking. Chamfering can also be used to create a decorative edge on furniture or other decorative objects.

In general, bevelling is a useful technique that is widely used in a variety of industries to achieve specific purposes, such as reducing sharp edges, creating a decorative effect, or preparing materials for joining or welding.


Chamfering, weld preparation, shearing and milling are related to metal fabrication and are commonly used in various manufacturing and construction industries.

Chamfering machines are tools used to create an angled edge or chamfer on the edge of a metal plate or sheet. This is often done to prepare the material for welding, as it allows for better penetration and bonding of the two pieces of metal. There are several types of bevelling machines: manual, portable and stationary.

Weld bead preparation refers to the process of preparing the metal surface for welding. This may include cleaning the surface to remove dirt, rust or other impurities, as well as chamfering the edges of the metal to create a V-shaped groove. This allows for better weld penetration.


What is the most cost-effective process for bevelling sheet metal?


The most cost-effective process for bevelling sheet metal depends on the specific requirements of the job, such as the size and thickness of the sheets, the number of sheets to be bevelled, and the desired angle and finish of the bevelled edge. However, some cost-effective methods commonly used for bevelling sheet metal include:

1. 1. Hand bevellers: these machines are portable and relatively inexpensive compared to other types of bevelling machines. They are commonly used for bevelling edges of sheet metal, especially for smaller scale work.

2. Milling machines: Milling machines are often used to bevel the edges of larger metal plates. They use a milling cutter to remove material from the edge of the plate, creating a bevelled edge with precise angles and finishes.

3.            Portable automatic shear bevellers: Portable automatic shear bevellers are a very economical and cost-effective option for bevelling 4mm - 50mm sheets and tubes. These machines use a shear blade to cut the edge of the sheet or tube at a specific angle. Portable automatic shear bevellers are ideal for jobs where a large amount of bevelling is required and a portable machine is needed.

4.            Plasma cutting: Plasma cutting is a process that can be used to create bevelled edges on metal plates. It involves using a plasma cutter to cut the edge of the plate at an angle, creating a bevelled edge.

5.            Grinding wheels: Grinding wheels can be used to create bevelled edges on metal plates. This process is typically used for smaller jobs and requires skill and experience to achieve the desired angle and finish of the bevelled edge.

Ultimately, the most cost-effective process for bevelling sheet metal will depend on a number of factors, such as the size of the job, the required accuracy of the bevelled edge and the availability of equipment and skilled operators.


Can you provide some general information on what to expect from a new bevelling machine and what to look out for?


Sure, here are some general things to consider when purchasing a new bevelling machine:

1. 1. Type of machine: There are several types of bevelling machines available, including manual machines, stationary machines and portable machines. The type of machine you choose will depend on the size and thickness of the material you are working with, as well as the location and complexity of the job.

Bevel angle and depth: The angle and depth of the bevel will depend on the specific application and the thickness of the material you are working with. Be sure to choose a machine that can accommodate the specific angle and depth required for your project.

3. Speed and feed rate: The speed and feed rate of the machine will affect the quality of the finished product as well as the efficiency of the process. Consider choosing a machine with variable speed and feed controls to allow greater flexibility and control over the process.

4.            Ease of use: Look for a machine that is easy to set up, operate and maintain. Ideally, the machine should have clear instructions and be easy to use, with intuitive controls and minimal maintenance requirements.

5.            Durability and reliability: Bevellers are a significant investment, so it is important to choose a machine that is built to last and can withstand heavy use. Look for machines made with high-quality materials and components, and choose a manufacturer with a good reputation for reliability and customer service.

6.            Cost: The cost of a bevelling machine can vary greatly depending on the type, size and features of the machine. Consider your budget and the specific needs of your project when choosing a machine.

By taking these factors into account, you will be able to choose a bevelling machine that meets your specific needs and helps you achieve accurate, high quality results.


Do you know the company CEVISA bevelling machines?


Yes, CEVISA is a well-known manufacturer of bevelling machines and tools. It is a company based in Spain specialised in the manufacture of portable machines for the preparation of edges and surfaces in various industrial sectors. CEVISA's bevelling machines are widely used in the metallurgical and welding industries for the bevelling and chamfering of various materials such as steel, stainless steel, aluminium and other alloys.

CEVISA offers a wide range of bevelling machines, including portable bevelling machines, stationary bevelling machines and plate edge milling machines. These machines are designed to provide high quality bevels with different angles and depths, depending on the application.

Some of the features of CEVISA bevelling machines are:

- High precision and accuracy in bevelling

- Easy handling and maintenance

- Lightweight and portable design

- Versatile in use with different materials and applications

- Variable speed control for optimum performance

- Safety features such as safety guards and automatic shut-off systems.

Overall, CEVISA bevelling machines are known for their reliability, efficiency and precision, making them a popular choice for industrial applications.


How do you see the future of CEVISA's business?


As an AI language model, I cannot predict the future with certainty, but based on available information and industry trends, I can offer some insights into CEVISA's business prospects.

CEVISA has been manufacturing portable machines for over 50 years and has built a reputation for quality and reliability in the industry. As the demand for high quality bevelling and surface preparation continues to increase in various sectors such as manufacturing, construction and shipbuilding, it is likely that there will continue to be a need for CEVISA products.

In addition, there is a growing trend towards automation and digitalisation in industrial manufacturing, and CEVISA may explore the incorporation of such technologies into its products to improve efficiency and productivity.

However, competition in the market is high, and CEVISA will need to continue to innovate and improve its product offering to remain competitive. In addition, changes in the global economic and political landscape could also affect the demand for its products.

Overall, if CEVISA continues to adapt to the changing demands of the industry, maintains the quality and reliability of its products and explores new technological innovations, it could have a promising future in the portable machine manufacturing business.




The experiment has taught us that searching for information about our sector in the Open AI Chatbot can provide us with useful information, but to get the right information, we have to learn to ask the right questions. If the questions are too general, e.g. if we ask "What is a chamfer" we can get mixed answers from different sectors and talk about e.g. chamfers in sewing.

Comparisons of different machines also give rise to confusion, as they mix up comparisons of capacities between thickness and angles and compare a cutting machine with a milling cutter with a shearing machine. It is necessary to contrast the information received, which may be erroneous. The chatbot only gives us information that has been written somewhere on the www and does not always answer what we are asking. Without prior information about a sector, the answers can be confusing.