CNC Mechanical Parts

Drive Wheel Hub with Encoder Mount High Load Capacity for Service Robot Mobile Chassis This drive wheel hub is a core driving component specifically designed for service robot mobile chassis. Manufactured from high-strength aluminum alloy using precision machining processes, it features a built-in high-precision encoder mounting position that enables precise motion control and position feedback. The product offers high load capacity, low noise operation, and long service life

Product Description The omni-wheel nylon roller is a core component of the omni-directional mobile chassis for service robots. It is precision-machined from high-strength nylon composite material. With rollers arranged at a specific angle (typically 45°), it enables the robot to achieve omnidirectional movement including forward/backward, lateral, and rotational motion. It is particularly suitable for precise positioning and flexible operation in narrow spaces. The product

Industrial Robot Oil Resistant Nylon Cable Carrier High Flexibility Low Noise Internal Separation Base Support System This oil-resistant nylon cable carrier is the essential component for protecting and organizing power cables, encoder lines, and pneumatics in automation systems. Engineered for durability, it prevents premature wear, signal interference, and unplanned downtime in demanding industrial environments. Key Features Oil & Chemical Resistance: Special-grade nylon

Industrial Robot Counterweight Fixing Bracket This high-strength customizable counterbalance system for servo motors is a critical component of robot base and support systems, designed to maintain machine balance and counteract motion inertia. Key Features High-Strength Structure: Formed from rectangular steel tubes for superior load-bearing capacity and bending resistance Modular Design: Supports flexible combination of multiple counterweight blocks for adjustable distributi

High Precision Industrial Robot Pneumatic Finger Gripper Link Robust Durable Design for Automated Machine Tending Material Handling Assembly Applications Product Description The electric gripper worm drive shaft is a core transmission component for industrial robot end-effectors. Utilizing a precision worm gear mechanism, it converts the high-speed rotary motion of the motor into accurate linear gripping action. Designed for high-precision and high-repeatability industrial

High Precision Industrial Robot RV Reducer Planetary Carrier High Torque High Rigidity Precision Machining The RV reducer planetary carrier is a critical load-bearing structural component within the core transmission unit of industrial robots. Manufactured from premium alloy steel through multi-stage precision machining and heat treatment processes, it delivers exceptional mechanical properties, extreme dimensional stability, and extended service life - forming the foundation

Product Title Industrial Robots High Precision Crossed Roller Bearing RA RB Series Compact Design High Rigidity High Rotation Accuracy Product Description The RA and RB Series Crossed Roller Bearings are high precision bearings specifically designed for industrial robot joints and rotary units. Featuring a crossed roller arrangement, they simultaneously handle radial loads, axial loads, and overturning moments. With a compact design, high rigidity, high rotation accuracy, and

High Thermal Conduction Aluminum Alloy Joint Module Heat Dissipation Shell for Industrial Robots Custom Active Cooling Housing Product Description This Joint Module Heat Dissipation Shell is an active cooling solution specifically engineered for the core joint units of high-precision, high-load industrial robots and automation equipment. Manufactured via precision die-casting, it integrates internal flow path design with high-performance thermal conductive materials to

Industrial Robot Foot Mounting Plate Heavy Duty Base Support Custom Machining Product Description The Industrial Robot Foot Mounting Plate is a critical component of robot base systems, designed for ground fixation to ensure stability and precision during operation. Made from high-quality steel or cast iron, it offers high load-bearing capacity, shock resistance, and durability, suitable for various industrial environments. Through precision machining and optimized design,

Industrial Robot High Precision Diaphragm Coupling Stainless Steel Bellows Drive Coupling Element Industrial robot diaphragm/bellows couplings are core connecting elements in precision transmission systems, specifically designed for high-end industrial automation applications. This product uses high-strength stainless steel material manufactured through special forming processes, enabling torque transmission while compensating for axial, angular, and radial misalignments. Key

Industrial Robot Linear Guide Slide Block Custom Length Precision Transmission Core Component Product Description This stainless steel spline shaft is a core component of industrial robot transmission systems, precision-machined from high-quality stainless steel. It is designed for high-precision and high-load industrial automation scenarios, meeting the requirements of high rigidity, low friction, and long service life for robotic transmission components. It ensures

Industrial Robot Linear Guide Slide Block Custom Length Precision Transmission Core Component The linear guide slide block is a key linear motion component in the industrial robot transmission system. It achieves high-precision and high-efficiency linear reciprocating motion through the circulating movement of rolling elements (such as balls or rollers) between the guide rail and the slide block. Its core value lies in transforming the required linear motion of the robot into

Industrial Robot Transmission System High Precision Ball Screw Nut Seat Custom Machining Product Description The ball screw nut seat is a critical connecting component in industrial robot transmission systems, primarily used to support and fix the ball screw nut, ensuring accurate conversion of precise linear motion into rotational motion. Manufactured from high-quality aluminum alloy or stainless steel, it features high rigidity, high precision, and long service life,

Industrial Robot End Effector High Precision Aluminum Timing Pulley Precision Transmission Solution Product Description This precision aluminum timing pulley is a high-precision transmission component specifically designed for industrial robot end effectors. Manufactured from high-quality aluminum alloy, it features light weight, high precision, and good wear resistance, ensuring precise synchronous transmission for robot end effectors during operations such as handling,

Industrial Robot High Stability Adjustable Angle Vision Camera Bracket Precision Positioning Flexible Installation This industrial-grade vision camera bracket is designed for robot end-effectors, constructed with high-strength aluminum alloy and featuring an adjustable angle structure that enables 360° horizontal rotation and ±90° tilt adjustment. The bracket is equipped with quick-mount interfaces compatible with major industrial camera brands such as Allied Vision, Basler,

Industrial Robot Quick Change Tool Plate Robot Side Tool Side High Precision Automation Fixture Connector Product Description The Industrial Robot Quick-Change Tool Plate, comprising a Robot Side (Male End) and a Tool Side (Female End), is a core component in modern intelligent manufacturing systems. It enables rapid, automatic switching of end-effectors on a single robot, allowing seamless transition between different tasks such as handling, assembly, welding, and inspection

High Precision Industrial Robot Pneumatic Finger Gripper Link Robust Durable Design for Automated Machine Tending Material Handling Assembly Applications As a technician on the floor, I work with robotic arms and grippers every day. Today, let's talk about a core component we use that's proven incredibly reliable: the Pneumatic Finger Gripper Link. In simple terms, it's the part at the very end of the robot's arm, responsible for directly gripping and manipulating parts

High Precision Harmonic Reducer Housing CNC Machined Robotic Core Component WearResistant HighStrength Aluminum Alloy As a technician on the assembly line, I know firsthand that a high-quality harmonic reducer housing is the foundation of any robotic joint. It's not just a "house" that protects the internal flexspline and wave generator; it's the critical component that ensures transmission accuracy and rigidity. Every housing we machine is built to the highest standards,

Detailed Introduction to Powder Metallurgy I. Basic Concepts Powder Metallurgy (PM) is a technology that produces metallic materials, composite materials, or components by preparing metal/alloy powders and processing them through forming, sintering, and other processes. It integrates material preparation and shaping, widely used in high-end manufacturing, aerospace, electronics, and other fields. II. Core Process Steps Powder Preparation Methods : Mechanical crushing (e.g.,

Specification: Service CNC Turning, CNC Milling, Laser Cutting, Bending, Spinning, Wire Cutting, Stamping, Electric Discharge Machining (EDM), Injection Molding Material Brass: 260, C360, H59, H60, H62, H63, H65, H68, H70, Bronze, Copper； Aluminum: 2000 series, 6000 series, 7075, 5052 etc； Stainless steel: SUS303, SUS304, SS316, SS316L, 17-4PH etc； Steel: 1214L/1215/1045/4140/SCM440/40CrMo etc； Plastic: Acetal/POM/PA/Nylon/PC/PMMA /PVC/PU/Acrylic/ABS/PTFE/PEEK etc. Surface