Automation Technology and Spare Parts

Automation technology

Whether you are a distributor of parts or a manufacturing company, you may want to consider Automation technology to ensure a better workflow, improved efficiency, and a higher return on investment. These days, it is more important than ever to be able to integrate these technologies into your existing parts distribution warehouse, so that you can keep your inventory running smoothly.


Currently, robots are used in a variety of industries. Most are used in manufacturing. They can perform tasks faster and more reliably than humans. They are also less expensive.

One of the most notable uses of robots is in the surgical field. They streamline the process of minimally invasive surgery. They are also used in rescue missions during natural disasters. They can also help law enforcement.

Robots are also used in the field of material handling. They have three main application areas: inspection, assembly, and material handling.

One of the most important parts of a robot is its power supply. The power source can be either electric current or pneumatic power. Most robots use lead-acid batteries that last for years. Silver-cadmium batteries are a safer choice.


Various types of sensors have been used in the manufacture of goods and services. They provide valuable information and knowledge about the production process and product details. They also aid in detecting defects and anomalies in production. Sensors are used in a variety of industries, such as automobile manufacturing, food processing, and agriculture. They are also used in industrial automation.

These sensors monitor a production plant’s work environment and produce real-time data. They can detect problems before they become serious and alert the production line. They can also prevent costly damages. Sensors can also be used to reduce labor costs and improve product quality. They are used in industrial automation and can replace regular checks performed by employees.

Sensors are designed to detect physical motion in a specific area. They can be used to measure the speed of machines, detect inclinations, and monitor vibrations. They can also detect general acceleration, temperature, humidity, and other physical characteristics.

Control system integrators

Increasing automation in manufacturing plants is an effective way to increase production while minimizing energy costs. The use of automation systems in factories is expected to continue to rise throughout the forecast period.

A system integrator can help you tie automation systems together with high-level software and equipment from a number of suppliers. Depending on the complexity of your process, you might need a dedicated automation partner to get the job done.

Many general-purpose engineering firms have entered the system integration business in recent years. These firms can also help solve clients’ automation needs. However, the best systems integrators are the ones who take the time to understand your unique facility and your needs.

One way to determine whether an OEM is a good fit is to find out whether the company has a strong engineering staff. A good OEM will have detailed knowledge of specialized processes and will often be more willing to help you with your project.

Integration into existing parts distribution warehouse

Increasing demand for spare parts and the need for more streamlined order fulfillment has led manufacturers to look into the installation of robotic automation into existing parts distribution warehouses. These new solutions provide lean processes, reducing errors and strengthening relationships with customers and partners. Moreover, they increase picking efficiency and accuracy, simplifying labor requirements. In addition, the technology can be implemented in new locations in just a few weeks.

One example is SKODA, an auto manufacturer that generates 600 million Euros annually from spare parts. The company processes 26,000 orders per day and has 185,000 different parts on hand. To fulfill these orders, the company relies on a storage system provided by WITRON. This system features a 18,000-bin, 14,000-square-metre automated small parts warehouse. In addition, the system features a honeycomb warehouse, a 6,000-position high-bay warehouse for pallets, and a 4,000-position multi-shuttle system. The new facilities are connected via a conveyor system and provide a high degree of flexibility.

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