Rapid Prototyping and On-Demand Production for
Robotics
Industry
Promote the development of innovative products and the launch of new products in the robotics industry
Why Companies Choose DakingsRapid for Robotic Parts
Professional team
Our professional team consists of experienced CNC and robotic machining engineers with deep expertise in precision, structural strength, and assembly consistency, ensuring reliable and efficient delivery of complex components.
Fast Lead Time
Get quotes within minutes and parts within days! With high manufacturing skills and technical experience, our expert robotics engineers will work to reduce cycle time by up to 50%.
High Quality Parts
With 5-axis CNC machining, precision die casting, and wire EDM, Dakingsrapid delivers complex custom robotics parts with high precision tolerances (+/- 0.0001-0.0003") - 10x tighter than the competition.
DakingsRapid's professional robotics team
Under the leadership of Technical Director Engineer Huang, the DakingsRapid robotics team has 7 years of experience in the robotics industry and is capable of solving 96% of the technical challenges within their specialized field.
Technical Director - Mr.Huang
Humanoid Robot Machining: Head to Legs
The first humanoid to be powered by Carbon, a pioneering Al control system.From 2021 to now, we have cooperated with our customer on this robotics project from head, shoulderships, arms,fingers, legs, etc. Multiple prototypes of the entire project, assembly, testing to release
Experience validation by the DakingsRapid robotics team
Dakings has been deeply involved in the robotics industry for a long time and has a deep understanding and insight into the pain points and challenges of the industry.
![[薄壁零件加工]](https://www.dakingsrapid.com/wp-content/uploads/2026/01/图片8-1-e1767858864744.jpg "图片8 1 E1767858864744")
When dealing with thin-walled parts, machining can easily lead to distortion.
At Dakings, we optimise the machining process and employ stress relief technology to ensure precise control of distortion to deliver high quality results.
![[機器人零件加工]](https://www.dakingsrapid.com/wp-content/uploads/2026/01/图片9.jpg "图片9")
Robot parts require precise dimensional accuracy, especially in areas such as the connection, where concentricity and coaxiality are critical.
At Dakings, we optimise the process and carefully design the machining steps to ensure that critical dimensions are achieved to meet the required tolerances.
DakingsRapid Fast-Track Manufacturing for Robot Parts
We provide support for your urgent projects at any time, helping you quickly launch your new products.
Customer project validation: 18 parts delivered in 10 days, 50 sets of parts delivered in 30 days.
From Process Upgrade to 30% Capacity Growth
In 2025, we upgraded the processing technology for robot components and established a specialized production line for manufacturing these components.
The number of five-axis machining equipment for robot components has increased to 256+.
The dedicated production lines for robot components have been increased to 6+, with a monthly production capacity of over 600 sets.
The robot component inspection team has expanded to over 20 people, ensuring the quality of every single part.
Robotics & automation manufacturing capabilities
CNC Machining
For cost-efficient prototypes and production runs.
- 3-, 4- & 5-axis milling
- Lead times from 5 business days
- Precision tolerance ±0.02mm
CNC Turning
Lathes and live tooling ideal for cylindrical parts.
- 60+ metals & plastics materials
- Lead times from 5 business days
- Complex geometries supported
3D Printing
FDM, SLA, SLS, MJF for rapid prototyping.
- 25+ plastics & 35+ colors
- ±0.5% dimensional accuracy
- Lead times from 1 business day
Sheet Metal
Laser cutting, bending, and post-processing services.
- 6 metals & 9 surface finishes
- Tolerances down to ±.004 in
- Lead times from 5 business days
Materials & surface finishes for robotics parts
We provide access to a huge range of high-performance materials and surface finishes that are resilient, reliable, and ready to work.
Robotics materials
Choose from more than 30 metal alloys and hundreds of high-performance plastics.
Robotics surface finishes
Improve precision, wear-resistance, and more with a selection of finishes.
Dakingsrapid Customer Results
Powering the future of robotics. From humanoid agile joints to industrial automation, we deliver high-precision manufacturing solutions.
- Prototyping critical structural parts for Tesla Bot (Optimus)
- Precision machining of lightweight actuator housings
- Heat-treated alloy components for dynamic balance
- Rapid iteration of humanoid robot joint assemblies
- Mass production of high-torque motor housings
- Lightweight limb components for quadruped agility
- Precision gear manufacturing for joint modules
- Surface treatment for wear resistance in dynamic motion
- End-to-end fabrication for humanoid skeletons
- CNC machining of complex multi-axis joints
- Rapid validation of dexterous hand components
- Tolerance control within ±0.01mm for sensor integration
- Ruggedized shells for autonomous mobile robots (AMRs)
- Heat sinks and thermal solutions for AI compute units
- IP67-rated enclosures for outdoor inspection robots
- Low-volume production for specialized robotic tools
- High-precision micro-gearboxes for robotic actuators
- Drive system components for automated logistics
- Compact servo motor housing fabrication
- Durability testing parts for continuous operation cycles
- High-strength aerospace aluminum for bipedal dynamics
- Complex curvature machining for aesthetic robot shells
- Transmission components for high-speed locomotion
- Rapid aluminum casting for chassis structural verification
Expert robotic CNC engineering team
DakingsRapid has a dedicated CNC engineering team with extensive experience in robotics and automation. We understand the requirements for strength, precision, and assembly consistency.
Fast response, shorter development cycle
For rapidly iterating robotics projects, DakingsRapid provides efficient prototyping and stable lead times to accelerate product validation and time to market.
Stable capacity from prototype to mass production
With well-equipped CNC machines and a mature production system, DakingsRapid supports robotic parts from prototyping to reliable mass production.
Strict quality control for robotic applications
DakingsRapid applies strict quality control throughout machining and inspection to ensure dimensional accuracy, tolerance consistency, and long-term reliability.
Case Study
FAQ
What robot parts can you CNC machine?
We CNC machine a wide range of robot components, including:
- Robot frames and structural parts
- Joint housings and arm segments
- Precision shafts and pins
- Gearbox and reducer housings
- Mounting brackets, flanges, and sensor holders
Our parts are widely used in industrial robots, collaborative robots (cobots), automation equipment, and AGV/AMR systems.
Do you support prototyping for robot projects?
Yes. DakingsRapid specializes in low-volume, high-mix prototyping, which is ideal for the robot industry’s fast product iteration cycles.
- MOQ as low as 1 piece
- Rapid prototypes for R&D
- Design changes supported
- Smooth transition from prototype to mass production
What machining tolerances can you achieve?
Our standard CNC machining tolerance is ±0.01 mm. For critical features such as bearing seats, precision holes, and shafts, we can achieve tolerances down to ±0.005 mm, depending on part design and material.
What materials do you commonly machine for robots?
We frequently machine robot parts using:
- Aluminum alloys (6061, 6063, 7075)
- Stainless steel (304, 316, 17-4PH)
- Carbon steel and alloy steel
- Brass and copper
- Engineering plastics (POM, PEEK, Nylon, etc.)
We can also recommend materials based on strength, weight, cost, and surface requirements.
What surface finishing options do you offer?
We provide one-stop surface finishing services, including:
- Anodizing (standard, hard anodizing, multiple colors)
- Sandblasting
- Powder coating & painting
- Electroplating
- Black oxide
- Polishing and brushing
We pay special attention to color and finish consistency across batches, which is critical for robot assembly.
How do you ensure consistency across multiple production batches?
We ensure batch-to-batch consistency through:
- Standardized machining processes
- Dedicated fixtures and tooling
- First Article Inspection (FAI)
- In-process and final inspections
This helps ensure smooth robot assembly and stable product quality.
Can you machine complex or 5-axis robot parts?
Absolutely. We offer 3-axis, 4-axis, and 5-axis CNC machining, suitable for:
- Complex geometries and curved surfaces
- Multi-face machining in a single setup
- Angled holes and irregular structures
- High concentricity and positional accuracy requirements
5-axis machining improves precision and reduces lead time.
What is your typical lead time?
- Prototypes: 3–7 working days
- Small batch production: 4–7 working days
- Mass production: Depends on quantity and complexity
Urgent projects can be prioritized upon request.
9How do you control quality?
Our quality control process includes:
- Incoming material inspection
- In-process inspection
- Final inspection (100% or sampling)
- Measuring tools such as calipers, micrometers, projectors, and CMMs
Inspection reports can be provided for critical dimensions.
1Do you have experience in the robotics industry?
Yes. With years of experience in robot CNC machining, DakingsRapid understands:
- Robot assembly requirements
- Critical tolerance control
- Appearance and finish consistency
- Fast iteration and validation cycles
Many customers choose us for reliability and first-time-right results, not just price.
Humanoid Robot CNC Machining Resources for Engineers
Humanoid Robot CNC Prototype Lead Time & Cost Drivers
Lightweight CNC Machining Robotics: Mass vs. Yield
Humanoid Robot Gearbox CNC Finish: Ra & Anodizing Specs
CNC Robotic Arm Vibration Control: Machining Strategies
Humanoid Robot Frame Material CNC: 7075 vs Titanium
