JITMFG Robotics Parts - CNC and 3D Printing for Functional Builds

3D printing enables the rapid creation of precise, high-quality prototypes for robotic components, speeding up design validation and testing before moving into full-scale production.

Custom Components

Robotics companies use 3D printing to manufacture custom components on demand, allowing for complex designs and faster iterations, reducing lead times and improving system performance.

Lightweight Structures

3D printing allows the creation of lightweight, intricate parts for robotics, enhancing functionality and enabling faster prototyping and iteration in robotic system development.

ROBOTICS MANUFACTURING CAPABILITIES

3D Printing

3D printing creates objects layer by layer from digital models, offering rapid prototyping, customization, and complex designs across various industries

CNC Machning

CNC machining uses computer-guided tools for precise cutting and shaping, ensuring high accuracy and repeatability in manufacturing complex components.

Sheet Metal

Utilizing advanced techniques, sheet metal work offers customization and strength, making it ideal for prototypes and large-scale manufacturing projects.

Molding Service

With rapid cycle times and cost-effectiveness, injection molding is perfect for creating durable, detailed components in large quantities, optimizing production workflows.

Our services are well-adapted to robotics R&D, prototype verification and small-batch production needs, covering both plastic and metal robot components. The applicable components include: plastic parts (robot shell casings, gripper pads, internal structural brackets, control panel enclosures, cable management parts) and metal parts (robot arm components, connecting shafts, mounting brackets, gear blanks, precision fasteners). We provide flexible processing solutions—3D printing for quick prototypes, CNC machining for high-precision parts, and rapid silicone mold vacuum casting for small-batch plastic parts, meeting different production needs of robotics projects.

2.What is JITMFG's machining accuracy for robot plastic and metal components, and can it meet robotics industry requirements?

We provide precise machining accuracy that fits the actual needs of robot components, with clear specifications for different processes: LFD accuracy is ±0.05-0.1%mm; SLM and SLA accuracy are ±0.1%mm; FDM and SLS accuracy are ±0.2%mm; CNC machining accuracy reaches ±0.05mm; and the dimensional accuracy of parts produced by rapid silicone mold vacuum casting is ±0.1-0.2mm. This accuracy fully meets the requirements of robot component R&D, prototype testing and small-batch supporting production, ensuring that the components fit perfectly with the robot's overall structure and functional requirements. We can provide precision inspection reports as needed.

3.What is the delivery cycle of JITMFG's robot components (plastic and metal)?

Relying on our Shanghai production base and professional technical team, we provide efficient delivery to match the tight R&D and production cycles of robotics projects: simple prototypes (small plastic brackets, metal fasteners) can be delivered in 1-3 days; medium-complex components (robot gripper parts, arm brackets) in 3-7 days; small-batch production (10-100 pieces, including plastic and metal parts) in 7-15 days. We can also adjust the delivery cycle according to the urgency of the project to ensure the progress is not delayed.

4. What plastic and metal materials can JITMFG provide for robot components?

We provide a variety of materials suitable for robot components, covering both plastic and metal types: Plastic materials include engineering plastics (ABS, PC, PA66, POM, PEEK) with good wear resistance, impact resistance and dimensional stability, suitable for robot shells, internal brackets and functional parts; Metal materials include aluminum alloy, stainless steel, carbon steel, which are strong and durable, suitable for robot arms, connecting parts and load-bearing components. Our technical team can recommend the most suitable materials and processing technologies according to the component's function (load-bearing, protection, precision matching).

5.Can JITMFG provide professional technical solution support for customized robot component needs?

Yes. We have a professional team of technical engineers with rich experience in robot component manufacturing. Based on the component drawings (CAD, STL, STEP formats) provided by customers, we can optimize design schemes, select the most suitable processing technology (3D printing for prototypes, CNC machining for high-precision metal/plastic parts, rapid silicone mold vacuum casting for small-batch plastic parts), and provide one-stop technical support from scheme design, prototype production to small-batch production, helping customers reduce R&D costs and shorten project cycles.

6.Does JITMFG have relevant cooperation cases of robot components (plastic and metal) for reference?

Yes. We have cooperated with many robotics R&D companies and robot manufacturers, focusing on the R&D and small-batch production of robot plastic and metal components. Our typical cases include 3D printed robot shell prototypes, CNC machined aluminum alloy robot arm brackets, small-batch production of ABS robot gripper parts through rapid silicone mold vacuum casting, and precision machining of stainless steel robot connecting shafts. We can provide detailed case reports, high-definition sample photos and customer testimonials for your reference, demonstrating our professional capabilities in the robotics component manufacturing field.

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Instant Intelligent
Manufacturing Technology (Shanghai) Co., Ltd

No.251 jiugan Road,
Songjiang District,
Shanghai,China

Phone：+86 13062780578
Email：info@jitmfg3d.com

Services: 3D Printing; CNC Machining; Sheet Metal; Moulding Service; Other Services

Industries: Aerospace; Automotive; Consumer; Medical; Robotics

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Robotics

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