The Robot Accessories Manufacturer!
Our goal is to become your true partner in the field of 3D printing China. ShenZhen Strongd Model Technology Co.,Ltd. is a factory specializing in prototype fabrication, batch CNC machining&turning, injection molding,vacuum casting,and sheet metal bending. We have a skilled engineering team dedicated to refining every stage, from product development and process improvement to production oversight, ensuring every product delivered meets rigorous quality and performance standards. The price is competitive and the product is quality-assured, which is a good choice for your long-term cooperation.
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Industrial Robotic Arms: The Core Force Of Precision ManufacturingIn modern manufacturing, industrial robotic arms have become the core equipment of automated production lines. From automotive welding and electronic assembly to medical surgeries and logistics
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Precision Machining Of Robotic Arms: Analysis Of The Entire Process From Materials To F...In today's rapidly developing industrial robots, service robots, and automation equipment, the machining accuracy and quality of the robotic arm, as the core executing component, directly determine
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CNC 5axis Machining Robot Metal PartsIn the context of the continuous upgrading of the intelligent manufacturing and robotics industry, CNC 5axis machining robot metal parts have become an indispensable and important component in
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Plastic Robot ShellSLS printing uses powder as a support material, and printed items are created in the powder bed layer by layer without the use of extra support structures. This significantly increases design
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Plastic Robot Body PartsIn the rapidly evolving field of robotics, Plastic robot body parts are revolutionizing traditional robot manufacturing as core components of modern automated equipment, thanks to their lightweight
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CNC Robot ArmsAs a crucial component of intelligent production, CNC robot arms are steadily displacing manual processes in today's quickly evolving industrial automation. They are also becoming effective tools for
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CNC Milling Plastic Robotic ModelWith the rapid development of intelligent manufacturing and robotics technology, robot models are playing an increasingly important role in product design, display, validation, and small-scale
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Robotic Parts ManufacturingRobotic parts manufacturing refers to the customized processing and prototyping of structural parts, housings, motion components, and sensor protection elements required for various industrial
Why choose us
Our certifications
Our products meet ISO9001 and IATF 16949 certifications.
Production equipment
We have advanced production equipment, including 80 CNC machines, 70 injection molding machines, 12 sheet metal bending machines, and 8 3D printers.
Product market
Our products are well-received and exported to countries and regions such as the United States, Switzerland, France, the United Kingdom, Australia, and Italy.
Our services
Our team of experts will recommend the most suitable products according to customer needs and provide detailed consultation, we ensure timely delivery and provide installation guidance, and we provide long-term service support.

SLS printing uses powder as a support material, and printed items are created in the powder bed layer by layer without the use of extra support structures. This significantly increases design flexibility by enabling intricate geometric structures (such as nested structures, movable connections, interior holes, grids, etc.).
Product Material
ABS
ABS is a thermoplastic that provides great overall performance, impact resistance, rigidity, and formability. It is simple to produce, reasonably priced, and commonly utilized in robot shells. ABS offers good surface treatment properties, such as painting and electroplating.
PC
PC has the advantage of excellent strength, impact resistance, transparency, and high temperature resistance. It is commonly utilized in robot shells with high appearance and heat resistance requirements, particularly for high-end equipment such as service robots and medical robots.
ABS+PC
Combining ABS's strong processing performance with PC's high strength, ABS+PC material offers exceptional mechanical qualities and dimensional stability, making it a popular high-performance material in the field of robot shells.
PA (Nylon) And Reinforced Nylon (PA66+GF)
Nylon is very resistant to wear, has great mechanical qualities, and is chemically stable. The impact resistance and thermal deformation temperature are significantly increased following the addition of glass fiber (GF), making them ideal for shell components with complex shapes or exceptionally high strength requirements.
Process of Plastic Robot Shell
Design and model
Designers will use computer-aided design software for 3D modeling based on the functional and appearance requirements of the robot. By adjusting the shape, size, curve and other parameters, to create a shell model to meet the needs of users.
Make the mold
After determining the shell model, the corresponding mold needs to be made. Molds are usually made of metallic materials, such as aluminum alloy. The process of making molds requires cutting, milling, grinding and other processes to ensure the accuracy and surface smoothness of the molds.
Injection molding
The finished mold will be installed on the injection molding machine, which will heat the plastic particles to melt and inject the molten plastic into the mold cavity. Under a certain pressure and temperature, plastic will quickly solidify and form.
Remove mold and follow-up treatment
After the plastic has solidified, the mold is opened to remove the molded plastic shell. Then, the shell is polished, polished, painted and other follow-up treatment to improve the appearance quality and touch.
Testing of plastic moulds
To a certain extent, we test the mold only to find out the problems existing in the mold, not to solve them. Therefore, the mold test is divided into several steps, including empty running, high pressure holding, high-speed injection and related long-time mold running detection.
We'll test the mould again after polishing,then send customer the final sample and video of mould test to confirm.
Through the accurate analysis of mold design, processing steps and plastic mold structure, we provide a perfect solution for customers.Mold inspection involves many aspects, such as: mold strength, mold flow analysis, mold injection, cooling system, guide system, specifications of various parts, customer machine selection and customer special mold requirements, etc., all of which should be tested according to the mold design standard.
As a crucial component of intelligent production, CNC robot arms are steadily displacing manual processes in today's quickly evolving industrial automation. They are also becoming effective tools for businesses looking to increase productivity, cut expenses, and improve product quality.

Technological Benefits of CNC Robot Arms
Extensive Homework
The robotic arm satisfies the exacting standards of high-precision machining by using a precision reducer and high-performance servo motor driving system in conjunction with sophisticated motion control algorithms. Its repeat positioning accuracy is ± 0.02mm.
Adaptability
CNC machining robotic arms are incredibly flexible and versatile, and they can swiftly adjust to various workpiece kinds and specifications, unlike typical rigid automation equipment. They are especially well-suited for orders with several types and small batches since they just require fixture replacements or program adjustments without substantially altering the manufacturing line layout.
Intelligent Linkage Control
Real time communication and signal interaction with CNC equipment can be achieved through PLC or industrial Ethernet protocol, which can realize functions such as machining cycle coordination, status interlock, automatic abnormal alarm, etc., improving the stability and intelligence level of the overall system.
Efficient And Energy-Saving
During long and high-intensity production processes, the robotic arm can maintain a constant rhythm of operation, effectively reducing the turnover time of each workpiece. Compared to manual operation, it is not affected by fatigue, runs stably, and improves overall efficiency by 30% -50%.
High Security
The equipment adopts a comprehensive safety protection design, such as collision detection, autonomous obstacle avoidance, force control feedback and other technologies, effectively preventing misoperation and equipment damage, while ensuring the safety of operators.
Can Integrate MES System
CNC machining robotic arms can be integrated with enterprise MES production management systems to transmit production data in real-time, helping enterprises achieve digital management such as order tracking, capacity statistics, and equipment maintenance, and improving overall operational efficiency.
Logistics Packaging and Delivery Guarantee
Packaging Method
Single piece foam wrap + bubble bag to avoid scratches and collisions Similar products are packed in boxes and labeled to indicate size/purpose Large parts are packed in customized wooden boxes or pallets to prevent shock and moisture
Shipping Service
Provide EXW, FOB, DDP and other trading methods
Support domestic dedicated lines, international express (DHL/UPS), full container shipments Batch shipments and supporting assembly and transportation services can be provided
Shipping Information
Including packing list, invoice, quality inspection report, material certification, etc. Customers can choose electronic delivery methods for easy archiving
As one of the leading robot accessories manufacturers and suppliers in China, we warmly welcome you to buy high-grade robot accessories made in China here from our factory. All customized products are with high quality and competitive price.
Plastic Robot Shell, Plastic Robot Body Parts, Robotic Parts Manufacturing