Machined materials

The basic program of our company is the machining of parts on modern CNC machining centres with a focus on smaller series of 30-500 units. We can process various materials, but the main program consists mainly of machining stainless steels.

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Individual approach to each client

Cooperation on individual orders and large-scale projects

Personal consultation and analysis of customer requirements

Exact specification of materials and drawing approval

Approval of quality requirements for the product, packaging or transport

Offer of different variants in quantities from 1 to thousands

Production of the first samples with a measurement protocol and their approval by the customer

Production to order and for stock

Do you like our approach? Do not hesitate to contact us.

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Materials suitable for machining

Machining different materials usually requires specific procedures and tools.
Here you will find an overview of the materials suitable for machining with our tools.

Stainless steel(1.4021, 1.4005, 1.4301, 1.4305...) Stainless steel is harder and has a high resistance to corrosion. Methods such as turning, milling, grinding and drilling are often used for its machining. When machining stainless steel, it is important to use the correct cutting materials and cooling media to minimise tool wear and ensure a quality finish.

Carbon steels(C45...) Carbon steel is less resistant to corrosion than stainless steel, but it is easy to machine. Turning, milling, grinding and drilling are common methods of machining carbon steel. When machining carbon steel, it is important to set the correct cutting parameters and remove the correct amount of material to achieve the desired tolerances and surface quality.

Cast iron Cast iron is a relatively hard material used in engineering. Cast iron machining methods include turning, milling, grinding and drilling. When machining cast iron, it is important to use special cutting tools and cooling media to minimise the risk of cracks and resist abrasion.

Aluminium alloys(6082, 6061...) Aluminium alloys are light and strong materials that are often used in the aerospace and automotive industries. Aluminium alloy machining methods include milling, turning, grinding and drilling. It is important to choose the right cutting tools with suitable geometries and cooling media to minimise wear and ensure surface quality.

Alloys of non-ferrous metals Alloys of non-ferrous metals such as copper or bronze are often used in jewellery and the production of decorative objects. Machining of these alloys includes milling, turning and grinding. It is critical to pay attention to the observance of exact dimensions and aesthetic requirements.

Plastics Plastics are commonly used in various industries. Plastic machining includes milling, laser cutting, die cutting, grinding and drilling. When machining plastics, it is important to pay attention to a low machining temperature and the correct selection of cutting tools to minimise the risk of material deformation.

When machining these materials, it is always important to choose the right procedures, tools and parameters that guarantee the quality and precision of processing.

From history

The basic program of the company is the machining of parts on modern CNC machining centres with a focus on smaller series of 30-500 units. We can process various materials. However, the majority of this program consists of the use of stainless steels. Technical production preparation is based on the long-term experience of our experts, who use CAD/CAM systems to process programs for CNC centres according to customer requirements. All production then takes place under a strict ISO 9001 quality management system.

ISO 9001:2015 certification

All production takes place under a strict ISO 9001 quality management system.

For me and Chart Ferox, the entire cooperation process was really pleasant and efficient. Here are some of the reasons why I can highly recommend this company:

Product quality: All items supplied were of high quality and met our expectations. The precise tolerance and quality finish were visible on each product, allowing us to integrate them smoothly into our equipment.

Flexibility: During our cooperation, we have encountered several situations where we needed to change the specifications or the quantity of items to be delivered. The company was always willing to listen to our requests and respond quickly to our needs. This flexibility has helped us keep our production process fluid and smooth.

Communication: Communication with the team at BRAVA was excellent. We were always informed about the progress of production, delivery dates and possible changes. This transparency allowed us to plan our production and deliveries without unnecessary complications.

Professionalism: The company was very professional throughout the cooperation. Their staff showed expertise and interest in our needs. Adherence to agreed delivery dates was always a priority.

Innovation: The company came up with several suggestions for improving the design of some products, which convinced us of their commitment and effort to constantly improve.

All in all, cooperation with engineering company BRAVA on the supply of machined items was very positive for us. Their quality products, professional approach and willingness to cooperate greatly helped us in the production process. We will be happy to continue this cooperation in the future.

Valentin Pisotchi | Buyer
Chart Ferox, a.s.

For us, BRAVA Machining is an example of quality, adaptability, and open-mindedness. Renowned for its precision and commitment to excellence, the company has seamlessly tailored solutions to our needs. Through transparent communication and innovative thinking, BRAVA Machining consistently exceeds our expectations.

HOERBIGER Vienna Purchasing Department

We have grown year-on-year thanks to our flexibility, resilience and quality business relationships.

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