The 3D printing revolution has undeniably reshaped the course of history, introducing a seamless way to bring computer-generated models to life. Over the years, various
Control access systems have been in operation for several years now. However, thanks to recent technological advancements, we can now find numerous tools that enhance our safety and security. This is where artificial intelligence plays a crucial role, as it provides secure solutions that will continue to improve over time.
In today’s world, the realm of wearables and, more importantly, medical devices, has undergone a remarkable transformation, largely propelled by printed electronics and innovations like IME (In Mold Electronics). These innovations are ushering in a new era, imbuing these devices with heightened intelligence, enhanced functionality, and aesthetic allure.
Another one of the essential techniques in the production of components is machining. Nowadays, there are various methods of machining at our disposal, all of which serve the purpose of converting raw materials into finished products.
In our homes, we can find many products made from plastic (home appliances p.e). This is because plastic has become a very cost-effective and user-friendly
One of the most significant methods in the industry for manufacturing parts is injection molding, thanks to its numerous advantages. Among the most notable benefits
Wire cutting is another machining method, but unlike conventional machining where cutting tools like milling machines, lathes, and drills are used, this process employs a
The smart home is a rapidly growing trend that has experienced significant exponential growth. It is expected that by the year 2024, this sector will
The automotive sector is experiencing increasingly frequent and innovative changes. In this regard, the use of plastic injection for manufacturing parts is very common as it can adapt to the sector’s needs. This is where the importance of plastics in automotive lies.
Ultrasonic welding is primarily used to join thermoplastics and can be employed in the manufacturing of various products, ranging from toys to packaging or automotive components.
To apply this technique, it is essential to consider specific equipment and material requirements, which are crucial for its proper implementation. Therefore, we will now explain the underlying physical principle of this method, its applications, and provide an overview of the most commonly used plastics