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Automation Solutions Provider

Shandong Mingzhi Da Automation Technology

Automation Solutions Provider

A PROVIDER OF SOLUTIONS IN THE FIELD OF AUTOMATION

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About Us

An integrated automation solution provider combining industrial automation R&D and manufacturing, intelligent high-end equipment, industrial robots, and smart factory operation & maintenance platforms.

2019

The company was founded

50 +

R&D Team

100 +

Premium Partner

30 +

Sales Region

Shandong Mingzhida Automation Technology Co., Ltd.

Mingzhida Automation Technology

Focused on industrial automation R&D · Committed to advancing the field of automation

Shandong Mingzhida Automation Technology Co., Ltd., established in 2019 and headquartered in Lixia District, Jinan City, is an integrated solution provider in the automation sector. The company specializes in R&D and manufacturing of industrial automation systems, intelligent high-end equipment, industrial robots, and smart factory operation & maintenance platforms. Mingzhida boasts multiple nationally recognized patented technologies, along with numerous software copyrights, and has successfully implemented the ISO9001 quality management system. Its key products include gantry robots, wire-locking machines, clamp assembly equipment, tightening devices, elevators, inspection systems, automatic feeders, automated machinery, and fully automated assembly lines.

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APPLICATION AREA

Our products and services cover every stage of manufacturing—production, process engineering, material handling, and assembly—offering comprehensive automation solutions for production processes, cutting-edge technological innovations in manufacturing workflows, intelligent logistics systems tailored to production needs, and advanced smart production management systems.

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Construction machinery

The automation of construction machinery is sparking a profound industry transformation, turning traditional "steel giants" into precise, high-efficiency "intelligent robots." By integrating cutting-edge technologies like GPS, sensors, and artificial intelligence, automation has seamlessly woven itself into every stage of construction. Today, we see excavators autonomously performing highly accurate grading tasks based on digital design models, while driverless mining trucks ensure safe, round-the-clock transportation in remote mine sites. Even entire fleets of machines can now collaborate seamlessly under the coordination of cloud-based platforms. This not only frees operators from hazardous and physically demanding jobs, dramatically enhancing safety, but also drives unprecedented leaps in construction quality and efficiency—while significantly cutting operational costs. From standalone autonomous operations to fully digitized, intelligent construction processes spanning the entire workflow, automation technology is reshaping the future landscape of industries like construction and mining, propelling engineering machinery toward an ever safer, smarter, and more sustainable evolution.

Firefighting industry

Automation technology is weaving a "smart safety net" for the firefighting industry, driving its transformation from passive response to proactive early warning and precise prevention. By leveraging IoT sensors and AI algorithms, automated systems can monitor buildings continuously—24/7—for smoke or temperature anomalies, while intelligently analyzing camera feeds to detect fires in their earliest stages, enabling timely "early intervention." In fire suppression and rescue operations, firefighting robots can now step in as stand-ins for firefighters, venturing into hazardous environments like intense heat, toxic zones, or unstable, collapsing structures. These robots perform critical tasks such as fire reconnaissance, cooling and extinguishing flames, and even conducting demolition work—significantly enhancing safety for on-site personnel. Meanwhile, the "Smart Firefighting" platform automates the process of mapping optimal rescue routes, efficiently allocating resources, and transmitting real-time data from the scene back to the command center. This seamless flow of information empowers decision-makers with actionable insights, ensuring faster, more informed responses. From early warning to life-saving rescue efforts, automation is emerging as the cornerstone of boosting firefighting efficiency and reducing risks—ultimately safeguarding lives and protecting property before disaster strikes.

Rail Transit

The hydraulic industry is undergoing a transformative shift—from providing standalone power components to delivering integrated, intelligent drive and control systems—through deep integration with automation technologies.

Power hardware

Automation technology is transforming traditional power hardware from "static" components into "smart" sensing nodes, enabling digital and intelligent operations and maintenance for the power grid.

Casting Industry

Automation technology is transforming the traditional "fire and force"-driven casting industry into modern, precision-based, efficient, and environmentally friendly advanced manufacturing.

Hydraulic Industry

The hydraulic industry is undergoing a transformative shift—from providing standalone power components to delivering integrated, intelligent drive and control systems—through deep integration with automation technologies.

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86-531-69950775/86-151-6506-7798

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Honor

A comprehensive high-tech automation enterprise integrating industrial automation R&D and manufacturing, control system development, and the integration of automated systems.

High-Tech Enterprise Certificate
AAA-rated Credit Enterprise
Innovative Small and Medium-sized Enterprises
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Utility Model Patent Certificate

Blog

A comprehensive high-tech automation enterprise integrating industrial automation R&D and manufacturing, control system development, and the integration of automated systems.

How does an automated assembly line work?

How does an automated assembly line work?

Our company specializes in the design, development, and manufacturing of fully automated, dedicated automation equipment, industrial robots, and automated production lines—powered by advanced automation control systems. We also offer comprehensive technical consulting and after-sales service. Our products boast stable quality, competitive pricing that’s lower than imported alternatives, and straightforward maintenance—all backed by cutting-edge technology that places us among the leaders in China and aligns with globally advanced standards. Additionally, our proprietary robot deployment algorithm for automated assembly lines effectively addresses challenges related to unknown cycle times and fixed workstation configurations. By establishing optimized task allocation patterns tailored for assembly line operations, this solution maximizes robotic efficiency, significantly reducing product production cycles. We also provide a user-friendly, computer-aided system for flexible robot configuration on assembly lines, enabling seamless integration and operation.

How does an automated assembly line work?

How does an automated assembly line work?

Our company specializes in the design, development, and manufacturing of fully automated, dedicated automation equipment, industrial robots, and automated production lines—powered by advanced automation control systems. We also offer comprehensive technical consulting and after-sales service. Our products boast stable quality, competitive pricing that’s lower than imported alternatives, and straightforward maintenance—all backed by cutting-edge technology that places us among the leaders in China and aligns with globally advanced standards. Additionally, our proprietary robot deployment algorithm for automated assembly lines effectively addresses challenges related to unknown cycle times and fixed workstation configurations. By establishing optimized task allocation patterns tailored for assembly line operations, this solution maximizes robotic efficiency, significantly reducing product production cycles. We also provide a user-friendly, computer-aided system for flexible robot configuration on assembly lines, enabling seamless integration and operation.

Riveting Press: An Introduction to the Riveting Press

Riveting Press: An Introduction to the Riveting Press

Rivets may seem unassuming in everyday life, yet they are widely used across society. From aerospace and aviation to office equipment, electronics, and even playground facilities—and even extending to items like leather bags and fashion accessories—rivets play a crucial role in countless applications. As society continues to evolve, press riveting machines have become increasingly diverse in design and functionality. Press riveting machines are primarily used for joining solid rivets, hollow rivets, and other types of fasteners. The solid end of a rivet can be shaped into either a flat head or a mushroom head, while hollow rivets can be crimped to create a flared effect.

How to ensure the riveting press remains in proper working condition

How to ensure the riveting press remains in proper working condition

The riveting process performed by press riveting machines offers several distinct advantages, notably in terms of consistent quality, superior surface finish, enhanced production efficiency, and the ability to prevent deformation. Thanks to these outstanding benefits, there are various types of press riveting machines designed using this method. The two most common types are portable and stationary models. Riveting is typically categorized into two methods: impact riveting and static-pressure riveting. However, static pressure is the preferred approach for most applications, and within this method, there are two primary techniques: riveting with a pin and riveting without a pin.

Clamp Assembly Equipment: An Introduction to Metal Clamp Assembly Devices

Clamp Assembly Equipment: An Introduction to Metal Clamp Assembly Devices

Metal clamp assembly equipment in the automotive industry is primarily used for components such as engine intake manifold interfaces, exhaust pipe interfaces, and cooling intake pipe interfaces. This makes it relevant to both gasoline and diesel engines. 1. Passenger cars are mainly powered by gasoline engines. Applications include intercooler intake connections, coolant water connections, turbocharger end connections, exhaust system connections, and gasoline fuel line connections.