New product release! NGM18 series integrated electric gripper is upgraded!
With the continuous development and deepening of industrial automation, electric grippers, as important components in industrial automation production lines, are often seen in industries such as automobile manufacturing, food processing, electronics and electrical appliances, logistics, and medical care. Therefore, their performance is directly related to production efficiency and product quality.
In practical applications, we often encounter many problems. For example, traditional electric grippers are often designed for specific workpieces. Their clamping methods and clamping ranges are relatively fixed, making it difficult to adapt to workpieces of different shapes, sizes, and weights. Or in some scenarios with high precision requirements, the accuracy and stability of the electric gripper may not meet the requirements, resulting in inaccurate clamping or shaking during the clamping process, which in turn affects production efficiency and product quality; Or the electric gripper has a complex structure, and the maintenance and servicing work is relatively cumbersome.
In response to these pain points and needs, we have continuously improved and innovated the electric gripper in terms of technology research and development and product design, and upgraded the NFM series electric gripper products to the NGM series. The new products have further improved the clamping force, transmission structure and other aspects, and can meet a wider range of application needs.
Let’s take a look at its features and functions after the upgrade!
01.Highly integrated design technology

The NGM series electric grippers are very small and adopt an integrated design. Integrates integrated motor, clamping mechanism, clamping finger, aviation plug wiring and other modules. This design not only simplifies the structure, but also improves the overall operating efficiency. It allows it to be easily installed and deployed in environments with limited space, providing great convenience for small equipment applications.
In addition, the NGM Series Electric Gripper uses aviation plug-in cables as the outlet, which greatly enhances the reliability of the wiring and is not easy to fall off even in a high-intensity working environment. Therefore, the combination of this integrated drive and control design and simple wiring method not only improves the performance of the electric gripper, but also injects new vitality into the development of industrial automation.
02.High precision and high reliability

The NGM series electric grippers have high-precision gripping and placement capabilities, ensuring that the grippers can always maintain stable performance during long-term operation, no matter what complex working conditions they face.
During the gripping process, the gripper can accurately identify and stably grip the target object, regardless of size, shape or weight. During placement, the gripper can accurately place the object in the designated location according to the preset trajectory and position, with a very small error range.
03.Stronger clamping structure
In the field of industrial automation, the performance of the clamping structure directly affects the efficiency and stability of the entire production line. Traditional gripper heads, due to their design limitations and the fragility of their internal structures, often cannot withstand excessive external forces, especially in high-load, high-intensity working environments.
Once subjected to excessive external force impact, the moving parts inside the clamping jaw head, especially key parts such as the ball bearing, may suffer irreversible damage, thereby affecting the stability and accuracy of the entire clamping structure.
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To address this problem, the NGM series electric grippers have been fully upgraded. The newly designed gripping structure uses stronger materials and more reasonable mechanical design, allowing the gripper head to withstand greater external forces and more complex working environments. At the same time, the new gripping structure can also install gripping arms with larger sizes and longer force arms, further expanding the product's usage scenarios and meeting the needs of more users.
04.Support CANopen/RS485 bus communication

NGM series electric grippers support two bus communication protocols: CANopen and RS485. CANopen, as a widely used network communication protocol, provides a stable and reliable data transmission channel for electric grippers with its high real-time performance, high reliability and strong scalability. RS485 bus, with its long transmission distance and high transmission speed, provides strong support for the application of grippers in large industrial sites.
By supporting these two bus communication protocols, the electric gripper can be easily integrated into various industrial automation systems, achieving seamless connection and efficient collaboration with other equipment.
This not only improves production efficiency and reduces maintenance costs, but also makes electric grippers more widely used in the field of industrial automation, providing strong support for the intelligentization and automation of industrial production.
05.Multiple motion control modes

NGM series electric grippers not only support basic motion control functions, but also provide multiple advanced control modes such as profile position mode (PP), profile velocity mode (PV), profile torque mode (PT), velocity mode (VM), interpolation mode (IP), origin return mode (HM) (switch origin search mode, stall origin search mode), cyclic synchronous position mode (CSP), cyclic synchronous velocity mode (CSV), cyclic synchronous torque mode (CST), etc., providing users with more flexible and precise motion control solutions.
The support of these advanced control modes enables the electric gripper to adapt to the needs of various application scenarios and achieve efficient and reliable industrial automation control.
06.Dedicated host computer debugging software, easy operation

With the support of our independently developed host computer debugging software, the NGM series electric grippers have demonstrated more outstanding performance and higher work efficiency.
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This debugging software has an intuitive and friendly interface and powerful functions, making the debugging and operation process of the electric gripper easier and faster. Through the software, users can easily set various parameters of the gripper, including movement speed, clamping force, etc., to meet the needs of different working scenarios.
At the same time, the software also provides a real-time monitoring function, which can display the working status and performance data of the gripper in real time, helping users to discover and solve problems in time.
Therefore, with the help of this self-developed host computer debugging software, The debugging and operation process of the electric gripper is not only faster and more efficient, but also more flexible and changeable, and can meet more complex and changeable industrial automation application needs.
07.Specifications
| Model number | NGM1810 | NGM1820 |
| Total travel | 18mm | |
| Gripping force | 10N | 20N |
| Repeatability | 0.02mm | |
| Backlash | 0.05mm | |
| One-way stroke action time | 0.1s | |
| Transfer method | Linear guide + rack and pinion | |
| Allowable load moment | MX:0.9N·m; MY:1.5N·m; MZ:0.9N·m | |
| Weight | 300g | 410g |
| Size | 40*34*84mm | 40*34*104mm |
| Rated current | 1A | |
| Rated voltage | 24VDC | |
| Insulation class | B | |
| Degree of protection | IP20 | |
The above is all the content shared today. If you have any questions, please contact us in time. If you have any questions or need to know more about the product details, please feel free to leave a message or contact our customer service team! Or send an email to:nimotion-al@nimotion.com
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