High-Precision CNC Machining for Robotics & Automation
At JLYPT, we have extensive experience in prototyping and manufacturing parts for robotics and automation applications. Our focus is on robot prototyping, precision gears, and robotic components. Using advanced rapid prototyping and digital manufacturing techniques, we deliver high-performance prototypes and parts that integrate seamlessly into complex robotic systems.
Robotic Prototyping
Robot prototyping is the rapid development and testing of robotic models to refine design, functionality, and performance before full-scale production.
Accelerating for the development of Robotic industry.
CNC machining accelerates robotics development by offering precise, efficient, and flexible manufacturing capabilities. It enables roboticists to create complex, customized components, rapidly iterate designs, and produce reliable, high-quality parts for a wide range of robotic applications.
- Tolerances as tight as +/-0.0002 in.
- IS09001 /IS013485 /ITAR /CMM Certification.
- 100% Pre-shipment inspection.
- Highly trusted by 100+ leading companies for our reliable services.
- Pioneering manufacturing and processing capabilities that redefine industry standards.
Below are some of the types of robotics parts we can manufacture for you:
- Robotic arms
- Robotic arms
- End effector
- Motor housings
- Motor housings
- Joint components
- Sensor brackets
- Sensor brackets
- Base plates
- Shaft
- Manipulator linkages
- Drive system components
- Drive system components
- Drive system components
- Cooling system components
Robotic Arm Components
Here are some specific examples of CNC machining applications in the robotics industry. CNC machining is essential for manufacturing key components of robotic arms, such as joints, linkages, and end effectors. These parts demand high precision to ensure accurate movement and positioning, making CNC machining a critical process for robotic performance.
Selection Of Material Available For Robotic Industry
We offer a huge range of material possibilities with all our manufacturing processes. Some common choices for robotic projects are listed below.
Best technologies | Benefits | Example parts | |
Stainless Steel | CNC machining, sheet metal | Strong, corrosion-resistant, sterilizable, range of grades | Surgical instruments, Heat exchangers, pumps, tubing |
Aluminum | CNC machining, rapid tooling, sheet metal | Machinable, strong, range of grades | Cylinder heads, manifolds, Ductwork, housings, bus ducts |
POM/Delrin | CNC machining, injection molding | Strong, lightweight, low friction | Casings, housings |
Casings, housings | Liquid silicone injection molding | Durable, flexible, biocompatible, inert | Seals, cover assemblies, Fluid management devices, respiratory devices |
Urethanes | Vacuum casting | Transparent, affordable | Casings, housings |
Surface Finished Available For Robotic Industry
High-Precision Surface Finishes for Optimal Robotic Performance
Name | Applicable to | Feature | Color | Thickness |
As machined | Metals & Plastics | Tool marks visible | N/A | N/A |
Sanding & Polishing | Metals & Plastics | Brushed & gloss mirror surface | N/A | 0.02-0.05mm removed |
Sand, Bead Blasted | Metals & Plastics | matt or satin surface | N/A | N/A |
Painted | Metals & Plastics | Metals & Plastics | colors can be matched as needed | 0.05mm to 0.1mm |
Powder coat | Metals | Matt, Gloss & Texture | colors can be matched as needed | 0.05mm to 0.15mm |
Anodized | Aluminum | Tool marks visible, Smooth, Matt & Gloss | colors can be matched as needed | 0.002mm to 0.04mm |
E-Coating | Metals | Matt & Gloss | Black | 0.015mm to 0.035mm |
Nickel Plating | Metals | Gloss | Silver | 0.004mm to 0.05mm |
Chromed | Metals & Plastics | Satin & Gloss | Silver | 0.001mm to 0.3mm |
Zinc Plating | Metals | Gloss | Silver | 0.005mm to 0.2mm |
Chromate Conversion Coating | Aluminum | Tool marks visible, Smooth and Matt | Clear/ slight yellow tint | 0.25-1 um |