Rotary Assembly Machines

In Auting we design and build a wide range of Continuous Motion Assembly Machines for the assembly and fitting of components with different shapes and assemble method for many industries: Plastic, Medical, Electrical, Mechanical, etc.

Within the sector of plastic pieces we can mention, assembly machines for

• Child Proof Caps or Child-Resistant Plastic Caps,
• Disc Top Caps,
• Flip top with silicone Valves,
• Weld Spout Corner Valves and Front Valves,
• Push Pull caps,
• Sport Caps,
• Liquid Dispensing Caps,
• Medical droppers,
• Syringes,
• Vaginal Applicators,
• Asthma Spray Cans,
• Pumps and Liquid dispensers.

Our Assembly Machines can reach a production rate around 3,000 pieces/hour with a mechanic-pneumatic equipment and 50,000 pieces/hour with a Continuous Motion Rotary Machines.

We will suggest the proper assembly of plastic parts method for the application due to the components shapes, type of assembly and production rate requested.

Benefits of Assembly Machine

Assembly machinery and automation equipment provide customers with many advantages:

First, automated systems can work in environments where humans cannot work, such as spaces with extreme temperatures or radioactive or toxic atmospheres. Second, they provide faster and more accurate production.

At the same time, they reduce labor costs and almost eliminate human error. In addition, manufacturers can easily customize our automation systems and equipment. Finally, users can easily maintain the automated equipment system through routine quality checks.

Types of Assembly Machinery

Our Assembly machines are divided into two main groups: Rotary Indexed and Rotary Continuous Assembly Machines.

The Rotary Indexed machines can be: mechanical synchronic or hybrid synchronic with pneumatic performance.

The Rotary Continuous Motion machines have a progressive assembly through cam followers, which guarantee a smooth and high speed assembly.

Industrial application

Assembly equipment is critical to the operation of various industrial applications, such as product assembly and finishing. It is also necessary for broader and more specific manufacturing and assembly processes, such as custom coating, cutting, grinding, forming, marking, forming, forming, packaging, riveting, smoothing, turning, and welding.

We can find automated equipment that works independently or integrated into the system, whether it replaces human contact that can cause product contamination or damage, or when it helps create and assemble parts and products.

Examples of systems in the first category include systems in food and beverage processing plants, medical equipment assembly applications, and medical research facilities. Examples of second-tier systems include those that occur in factories and manufacturing plants.

Generally speaking, automation equipment is a part of operation and system solutions for industries such as computing, electronics, microelectronics, semiconductor, telecommunications, electrical, optical fiber, aerospace, automotive, food and beverage, agriculture, oven and heat treatment, plumbing, medical equipment, etc. And healthcare, laboratories and research, waste disposal and general manufacturing.