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Robotics Prototyping Services

DEK is specialized and experienced in various robotics applications, including drones, industrial robots and medical robots. We offer high quality, reliable manufacturing services with short lead times. Whether you need to make custom robot prototypes or complex parts, we'll produce on-demand at competitive prices to get your product to market faster.

  • Competitive Pricing
  • 24/7 engineering support
  • ISO 9001:2015 certification
  • Tight tolerances of +/- 0.005mm
  • Design for Manufacturing (DFM) analysis
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Robotics Prototypes
introduction

Robotics Prototyping & Part Manufacturing

Robotics Prototyping & Part Manufacturing

DEK is a manufacturer of robotic prototypes and custom complex parts, and since our inception, we have been committed to maintaining low cost and high quality output using advanced technologies.

Our manufacturing capabilities include CNC machining, 3D printing, injection molding and vacuum casting, and we can provide over 50 certified materials. With our professional and proven technical support, DEK excels in robot prototyping and can also provide high precision (tolerances up to +/-0.005mm) customized robotic parts for your project, ensuring consistent quality and fast delivery.

Our successes include: robot parts and prototypes, robotic parts, microsystems, nano-systems, sensors, logic controller assemblies, housings, and robotic medical devices.DEK has no minimum order quantities and offers solutions for projects of any scale or complexity. Our strict adherence to ISO 9001 standards ensures that robotic prototypes and parts meet design requirements in terms of size, performance and durability.

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End Effector Robot

Process
CNC Machining
Material
Stainless Steel
Finish
Painting
Quantity
5
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Cleaning Robot

Process
Injection Molding
Material
Nylon
Finish
Painting
Quantity
10
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Automoatic Protection Robot

Process
Vacuum Casting
Material
ABS
Finish
Plating
Quantity
5
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Cooperative Robot

Process
CNC Machining
Material
Steel
Finish
Power Coating
Quantity
8
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Human Support Robotics

Process
Injection Molding
Material
ABS
Finish
Spraying
Quantity
6
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Medical Robotics

Process
CNC Machining
Material
Nylon
Finish
Power Coating
Quantity
8
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Tactile Sensor Robotics

Process
3D Printing
Material
Aluminum
Finish
Anodizing
Quantity
6
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Nano System Robot

Process
CNC Machining
Material
Nylon
Finish
As Machined
Quantity
5
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Capabilities

Robotics Prototyping Capabilities

Whether you need a plastic or metal prototype, an appearance or a functional prototype, or custom robot parts, our engineering team will evaluate the best production process based on the drawings to meet your needs.

CNC Machining
Plastic Injection Molding
Vacuum Casting
3D Printing
CNC Machining

DEK has advanced CNC machining centers such as 3-axis, 4-axis, and 5-axis, which can provide more than 50 kinds of metals and plastics, including aluminum, stainless steel, PC, PEEK and acrylic.

Our engineering team has the experience and design flexibility in robotic prototyping and part production to quickly produce precision parts for functional testing, cosmetic validation, and end-use applications. From robotic prototypes to low-volume machine part fabrication, DEK can offer competitive prices, streamline production processes and shorten lead times.

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CNC Machining Robotics
Plastic Injection Molding

At DEK, we specialize in manufacturing robotic prototypes and custom parts. We offer rapid tooling, insert molding, overmolding, and 2K molding services for both simple and complex low-volume parts.

We use a wide range of high-quality plastics, including POM, PEEK, ABS, Nylon, and Delrin, and we offer top-of-the-line finishes such as SPI finishing, pad printing, painting, and more to further improve part appearance, functionality, and abrasion resistance. Whether you are making simple or complex parts, our excellent engineers can provide you with professional technical support to ensure high quality.

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Injection molding robotics
Vacuum Casting

DEK specializes in vacuum casting for robot prototypes or parts, including robot housings, protective covers, sensor housings, connectors, battery boxes and panels.

We offer more than 50 certified materials, including ABS, PU, silicone, PP and PE, to flexibly produce the robot prototypes or parts you need, ensuring that the end-use parts meet your project requirements. We can quickly manufacture complex shaped parts and test and verify the feasibility of the design before officially producing the part. Our prices are cost-effective for low-volume manufacturing.

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Vacuum Casting Robotics
3D Printing

DEK's 3D printing services can help you quickly turn your robotic prototyping ideas into reality, shorten development cycles, iterate and test quickly, and make timely adjustments.

We can offer over 50 certified materials to meet the needs of a wide range of customers, and we are particularly skilled in SLS, SLA and FDM. We can realize complex geometries, reduce design constraints and produce robotic parts on demand. We simplify the production process, provide manufacturing flexibility, and are cost-effective in producing small quantities of parts.

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3D Printing Robotics

Materials

Robotics Prototyping Material Options

We offer a range of materials for robotic prototypes and parts, including metals and plastics. Choose the right material to meet your project needs and get accurate results quickly.

Aluminum

At DEK, we specialize in machining various types of aluminum including AL6061,AL7075,AL6063, AL5052. Aluminum is a popular material choice for robotic prototypes and parts due to its lightweight, good strength and stiffness, and excellent corrosion resistance. We produce high quality robot prototypes and parts such as robot housings, brackets, sensor housings and panel trims.

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Stainless Steel

At DEK, we specialize in machining various types of stainless steel including SUS304,SUS316,SUS410 and SUS430. Stainless steel is corrosion resistant, heat resistant and weldable, making it an ideal material for robotic prototypes and related accessories. We produce high quality products including food handling robots, microsurgical robots and robotic parts.

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Brass

At DEK, we specialize in machining all types of brass, which has good electrical and thermal conductivity, excellent malleability and machinability, and is an excellent material for robot prototypes and custom parts. We manufacture high-precision electrical connectors, structural mounts and motor housings.

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Titanium

At DEK, we specialize in machining all types of titanium, including grade 1 titanium, grade 2 titanium and grade 5 titanium. Titanium is lightweight, corrosion resistant and has good biocompatibility, making it an excellent material for robotic prototypes and parts. We manufacture small, lightweight robots, medical robots, aerospace robots, sensor housings and robotic tools.

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PEEK

At DEK, we specialize in the machining of PEEK, a material with a wide range of potential applications in the robotics industry. With its high strength and rigidity, excellent resistance to high temperatures, we manufacture high-quality robot frames, articulated arms, end-effectors, sensors and actuators.

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ABS

At DEK, we specialize in the precision manufacturing of robotic prototypes and components. ABS's good strength and stiffness, ease of machining, and chemical resistance make it an important choice for robotic applications. We are a one-stop shop for high quality robot housings, chassis, brackets and frames, connectors and decorative parts.DEK offers reliable top-quality machining solutions that you can count on.

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Nylon

Nylon's strength, durability, and abrasion resistance make it a suitable material for robot prototyping and part fabrication. At DEK, we are commonly used to manufacture high quality robot housings, slides, connectors and sensor housings, with the nylon material deeply machined according to the needs of your project.

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Silicone

Silicone is ideal for a variety of robotics applications due to its flexibility, durability, water resistance and ease of molding. At DEK, we manufacture on-demand, high-quality robotic prototypes and parts for customers in a variety of industries, including robot housings, seals, sensors, actuators and soft robots.

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PU

PU is widely used in the production of robot prototypes and parts due to its excellent physical properties and processing flexibility, such as good flexibility, good durability and wear resistance. At DEK, our success stories include robot housings and covers, shock absorbers, seals and sensor housings.

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Industries

Applications We Served

We specialize in robotics prototyping services for a variety of industries including medical, aerospace, automotive and consumer electronics. Our expertise can help you bring your innovative ideas to life with precision and efficiency.

Why Choose Our Services

One-stop production of high-quality prototypes saves you time and money.

Engineering Capabilities

Our engineers are experienced in the fields of dynamics, sensors, and mechatronics, and work seamlessly with industry leaders who build different robots to drive innovation and shorten product development cycles. We have the ability to take your project from idea to reality and help the robotics industry innovate!
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Rapid Production

DEK offers a variety of methods to make prototypes, and our rapid iteration capabilities allow customers to test prototypes, provide feedback, and produce improved versions quickly and cost-effectively, accelerating the robot's development cycle. We can fulfill orders of virtually any scale, from robot prototypes to full production of final parts.
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Surface Finishes

At DEK, you have more than 50 surface treatment options to choose from to meet your various needs, including: anodizing, plating, sandblasting, powder coating, polishing and painting. These finishes can enhance your robotics prototypes and parts with high value-added features such as improved aesthetics, corrosion and wear resistance.
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Quality Control

DEK performs quality inspections of robot prototypes and parts in strict accordance with ISO 9001 standards. We use CMM, micrometers, hardness testers, surface roughness testers, and other instruments to inspect the appearance, accuracy, and dimensions of our products to ensure that every prototype and end-use part produced meets industry standards.
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Precision Assembly

DEK's assembly services allow dispersed robot prototype components to be precisely assembled and mounted according to requirements, ensuring coordination and matching between parts. Our technical expertise and quality control make each component a perfect match, guaranteeing precision and consistency in the mounting of robot prototypes.
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Packaging and Shipping

We pack robot prototypes and parts on demand, using glossy paper, foam, bubble wrap, pearl cotton, blister packs, etc. in cartons or customized wooden crates with labels for easy identification. We ship primarily by air, including UPS/TNT/FedEx/DHL, ensuring that you receive your product quickly and at a low cost.
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Our Ordering Process

Different from the Internet quote platforms, we produce and complete all the details of your parts in our own factory. Each step is professional and reliable, ensuring you can rest assured.
1
Send RFQ

Send RFQ with 2D/3D drawings and detailed requirements via Email or online form.

2
Review & Quote

Our Engineer team will review every drawing carefully and provide an accurate quote within 6 hours.

3
Confirm Order

Confirm the quote, details and delivery schedule, then sign the contract.

4
Production

Arrange production process, start programming and machining.

5
Quality Control

Strict quality control during production and final inspection.

6
Packaging & Shipping

Pack the parts, attach part identification labels, and start shipping.

Send RFQ 222
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Review & Quote
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Confirm Order
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Production
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QC
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Delivery
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FAQ

Robotics Prototyping Service Buying FAQs

Of course, thank you for your trust, we take the confidentiality of our projects very seriously. A Non-Disclosure Agreement (NDA) can be signed to ensure the security of your information. Please send us the relevant documents and we will review and sign them as soon as possible.
We can turn orders around quickly, but lead times depend on several factors, including the manufacturing process, the quantity ordered, and the complexity of the part. CNC machined parts can take as little as 4 days, 3D printed parts can take as little as 3 days, and rapid tooling parts can take as little as 4-7 days.
We specialize in creating a wide range of prototypes, including autonomous vehicles, industrial robots, robotic arms, drones, and custom robotics systems for specialized applications. Whether you need a simple proof-of-concept or a complex, multi-functional robot, we can build it.
Yes, we specialize in custom robotics prototypes tailored to your exact specifications. Whether it’s unique dimensions, custom electronics, or special material requirements, we can modify and adapt the prototype to meet your specific application needs.

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No matter your project is complicated or simple, no matter is metal or plastic, you will get an accurate quotation within 6 hours.

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TECHNOLOGY OVERVIEW

Knowledge of Robotics Prototyping

What is Robotics Prototyping?

Robotics prototyping is a process in which early models of robotic systems are created for testing. The design is tested for its appearance, performance, and functionality, followed by the creation of different components. These components are also evaluated based on their functionality.

The commonly tested components of robotics at the prototyping stage comprise control system sensors and actuators. Creating a prototype allows us to look for improvements if any, and if it is a cost-effective method before beginning the actual final production.

Advantages of Robotics Prototyping

Early Design Validation: Detects design flaws early, avoiding costly errors.

Risk Management: Identifies safety and functionality issues before production.

Faster Iteration: Enables quick testing and improvement of designs.

Better Communication: Helps stakeholders visualize the device for clearer feedback.

Cost Efficiency: Reduces long-term costs by preventing expensive redesigns.

Applications of Robotics Prototyping

Industrial Automation: Prototyping helps develop robots used in manufacturing, assembly lines, and material handling, ensuring efficiency and precision in industrial processes.

Medical Robotics: Used to create prototypes for surgical robots, rehabilitation devices, and robotic prosthetics, improving patient care and surgical precision.

Autonomous Vehicles: Prototyping enables the development and testing of self-driving cars, drones, and delivery robots, refining their navigation and decision-making capabilities.

Service Robots: Helps develop robots for customer service, cleaning, and maintenance tasks, ensuring they are user-friendly and can perform reliably in everyday environments.

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