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INTRODUCTION
Tool handling equipment is a type of machinery used to move and manipulate tools or parts during the production process. It is generally used in factories, warehouses, and other industrial settings, and is often an essential component of the production process. Tool handling equipment can include conveyors, robotic arms, manipulators, transfer carts, grippers, and other automated systems.
Conveyors are one of the most common types of tool handling equipment. Conveyors move goods from one point to another and can be used to transport tools and parts between different stages of production. They can be made up of roller, belt, or chain conveyor systems, depending on the application.
Robotic arms are another type of tool handling equipment. They are used to move tools, parts, and other materials around in a factory. These robotic arms are usually programmable and can be integrated into a production line to automate production processes.
Manipulators are also commonly used in tool handling equipment. Manipulators are used to move objects from one point to another and can be used to pick up and place parts in the right locations during production. They are often used in the automotive and aerospace industries.
Transfer carts are a type of tool handling equipment used to move parts and materials between different stages of production. They are commonly used in automotive and aerospace manufacturing.
Grippers are an important type of tool handling equipment. They are used to grip, hold, and move parts and tools in the production process. They are commonly used in the medical device and automotive industries.
Tool handling equipment is an important part of the production process, as it enables factories and warehouses to move parts and materials in an efficient and safe manner. It can help to reduce costs, speed up production processes, and improve safety in the workplace.
The Global machine tool handling equipment market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Along with additional turning and machining centers, Hyundai WIA introduced over 20 machine tools. The company also improved its range of large-sized machine tools and multitasking machines to expedite its plan to penetrate the worldwide market.
Regarding turning centers, with the introduction of the SE2200 Series, Hyundai WIA completely redesigned its small and medium turning centre portfolio. After the successful launch of the SE2200 Series, which provided high-speed and sophisticated machining capabilities, the business introduced the SE2600 Series.
For machining materials that are shorter in length, the SE2600 Series includes the SE2600, SE2600M, SE2600Y, and SE2600SY models, which are outfitted with a 10-inch spindle. For longer materials, the SE2600L, SE2600LM, SE2600LY, and SE2600LSY models are available.
High-speed machining is the primary method of increasing production and reducing costs in the SE2600 Series models. Though the series offered a greater travel speed for increased productivity through high-speed machining, it was launched at a more competitive price point when compared to other products within the same capacity level.
Also, for increased travel axis rigidity, all models had roller bearing-type LM guides installed, which provide more rigidity than earlier models. And to achieve both high added value and sophisticated machining, the company even introduced a model with Y-axis and sub-spindle, features that were previously absent from high-speed 10″ machine tools.
Additionally, Hyundai WIA is actively supporting the creation of a number of machine tools with a focus on cutting-edge material machining in the future, like the next-generation horizontal turning center and the vertical 5-axis machining center.
The conventional machine structure has limitations when it comes to advanced material machining, but they won’t give up and will keep pushing the envelope to create goods that will dominate the market.
Additionally, Hyundai WIA has increased the number of multitasking machines in its lineup for next-generation high added value product machining. The XM Series, which offers multitasking machines that incorporate the structure of both turning centres and machining.
