Megatrends Driving Global Change in CNC Machines Industry

The automotive processing industry has undergone a major transformation with the advent of digital technologies. The digital revolution has not only supplemented the auto parts classification but has incredibly diminished high production costs. The emergence of numerical control technology has facilitated OEMs to optimize and calculate overall equipment effectiveness and minimize downtime and losses. The conventional automotive processing industry was recognizably dedicated to producing lower yields with high manufacturing costs. However, with the modification in technologies and acceptance of CNC machine tools, automakers are able to increase their production rates by 50%. Below mentioned are some of the foremost advantages of CNC (Computer Numerical Controls) machine tools.

What are the Key Benefits of CNC Machines?

• 24 hours continuous run time.


• Higher precision and accuracy compared to conventional machinery.


• Reduced delay time with swift alteration.


• Necessitates fewer workers for operations, saving labor costs.


• Ability to generate complex designs with higher precision in short duration.


• Eliminates the need for a model before implementing a project, thus saving money and time.

CNC machining plays a vital function in the aerospace, medical, automotive, and mining industries. The evolving consumer needs and technological advancements in the automotive industry have impelled OEMs to utilize prototyping techniques to abolish failures during production. OEMs in the automotive industry have to adhere to strict performance standards for safety, fuel efficiency, aerodynamics, security, and connectivity. The adoption of rapid prototyping techniques to manufacture automotive parts will spur remunerative openings for the market for CNC machine tools.  For example, 3ERP company, a leading rapid prototyping company that produces innovative automotive parts for prominent automotive companies such as Land Rover, Lamborghini, Bentley Motors, and BMW. 3ERP company is expanding its manufacturing capabilities with the acquisition of ultramodern equipment for its factories.

Furthermore, CNC machining tools suppliers are launching avant-garde machinery integrated with the latest technologies to offer end-to-end solutions for its operators in real-time. In addition, the increased penetration of cost-effective and advanced vehicles in developing countries will elevate the supply of CNC machine tools.

Industry Trend- Synced AI and Cloud Computing Technologies Aimed at Optimization

Several Industries have implemented digital technologies in their manufacturing processes to improve productivity and reduce manufacturing downtime. The awareness about CNC equipment's high precision and accuracy has incited the change in conventional processes towards automated solutions. Besides, the synchronization of machine learning, Artificial Intelligence (AI), IoT, and cloud computing techniques with CNC machining tools have helped optimize complex manufacturing operations.

Eminent Companies Revolutionizing Connected Technologies for Industrial Clients

• JTEKT Corporation TYO, a Japanese leader that utilizes innovative digital technologies in its processes. The company deals in automated inspection equipment. Its image processing technology is intended to replace manual inspection in industries. JTEKT also develops Programmable Logic Controllers (PLC) that incorporate edge computing and autonomous grinder in the machine tools domain.


• Zyfra, a global leader focused on industrial digitalization technologies through the Industrial Internet of Things and Artificial Intelligence environment. In April 2020, the company introduced a cloud-based version of the “MDCplus” machine monitoring system that complies with remote monitoring of CNC machines for India's industrial clients.


• DMG MORI AKTIENGESELLSCHAFT, a leading supplier of CNC machines and a manufacturer of CNC-controlled Lathes and Milling machines, introduced ‘LASERTEC 125 3D’ at Formnext 2019, LASERTEC 125, a hybrid manufacturing system that has a 5-axis laser deposition welding system focused on the production of large pieces up to 2000 kg and maintenance & repair.

Cobots and Robots Can Proliferate Production & Dwindle Accidents

Cobots (collaborative robots) are artificial intelligence and machine learning integrated machines that can perform strenuous tasks with ease on the machining floor. Cobots can perform repetitive and simple tasks such as putting the trash into the bin. They can also be used to put bits into CNC machines. Robots and cobots can tirelessly work 24/7, thus improving production by managing detrimental tasks and reducing accidental risks. Robots can also enhance and improve the floor's efficacy, besides offering higher output and rejecting failures. As the demand for products increase, companies will adopt high-tech robots to produce superior products with a higher turnaround.