Machine and equipment manufacturing
For machine and equipment construction, Fleur Plastics has been making plastic products and components for decades. Often these plastic parts or components are used again in the manufacturing industry. This can range from simple components such as a housing for a printed circuit board to precise gears and drive wheels.
Because these components are often used in a composition, a lot of attention in the preliminary phase is paid to the technical manufacturability, the required specifications and accuracy. Mechanical function is often most important; aesthetic requirements are less often addressed.
Plastic materials are playing an increasingly important role in mechanical engineering. Across a wide range of applications, from housings and guides to wheels, gears and other moving components, plastics offer an attractive combination of strength, design freedom and efficiency. For machine builders, this means greater design flexibility, lower costs and reliable end products that meet the requirements of modern machinery and installations.
One of the main advantages of plastics in mechanical engineering is their low weight. Lighter components make machines easier to move, reduce the load on moving systems and can contribute to lower energy consumption. In addition, many plastics are resistant to corrosion, moisture and a wide range of chemicals. This makes them particularly suitable for applications in which metal components wear more quickly or require additional protection.
Another important advantage is the high degree of design freedom. With injection moulding, complex geometries can be produced efficiently, allowing multiple functions to be integrated into a single component. Examples include mounting points, guide features, clips or reinforcing ribs incorporated directly into the design. This reduces the number of separate components required and limits assembly steps. It saves time, reduces the risk of assembly errors and makes it possible to produce high-quality plastic components in series.
The importance of choosing the right material
Not every plastic is suitable for every application. In mechanical engineering, the right choice depends on factors such as mechanical load, temperature, wear, exposure to chemicals, moisture absorption and required service life. Selecting the appropriate material is therefore a crucial step in the development process.
Different plastics each have their own specific properties. For example, Polyamide (PA) and Polyoxymethylene (POM), also known as acetal, are widely recognised for their good wear resistance and stiffness.
In technical applications, a component must not only perform well but must also be produced consistently and repeatably. This is particularly important for parts that need to fit precisely onto a shaft, bearing housing or frame, where tolerances are critical. Material behaviour, product geometry and manufacturability should therefore be considered at an early stage.
Custom plastic components for mechanical engineering
In many machines, standard solutions are not sufficient. Components need to fit precisely within an existing construction and meet specific functional requirements, making customisation essential. Well-designed plastic parts can be fully tailored to the application, improving performance, reliability and service life. This applies to technical components such as protective covers, guides, conveyor components, gears, swivel wheels and castors.
For companies looking to have plastic components manufactured, it is therefore important to work with a partner that not only produces parts, but also contributes ideas on design, material selection and process control. This is where the added value lies. By putting the application first, components can be developed that are technically sound and can be produced cost-effectively.
Precision in the injection moulding process
The quality of technical plastic components is determined not only by the design and material, but also by the control of the injection moulding process. Factors such as shrinkage, cooling, wall thickness and air entrapment directly affect the final dimensions and functionality of a component. When the process is not properly aligned, distortion can occur and negatively affect performance.
A carefully controlled injection moulding process ensures consistent quality and high repeatability. During production, it is important to regularly check whether components still meet the required specifications. By measuring samples throughout the production run and identifying deviations at an early stage, quality can be safeguarded and problems further down the supply chain can be prevented. This is essential in mechanical engineering, where reliability and continuity are critical.
Efficient production with a reliable partner
In addition to their technical advantages, plastics also offer benefits in terms of production efficiency. By integrating functions intelligently into a single component and injection moulding parts directly into their final shape, fewer post-processing operations are often required. This shortens lead times and makes series production more efficient and easier to control. This is particularly beneficial for larger production volumes.
Fleur Plastics supports customers throughout the entire process: from material selection and product design to mould construction, injection moulding and quality control. Depending on product and quality requirements, the mould can be manufactured in the Netherlands or in Asia, while injection moulding production takes place in Boxtel.
By keeping production local, we ensure consistent quality, short communication lines and reliable delivery times.
Contact us to find out more.
