Carbon Fiber Robot End Effector Link — Custom Shape & Sensor Integration
New

Carbon Fiber Robot End Effector Link — Custom Shape & Sensor Integration

Custom-shaped carbon fiber end effector links for robotic arms. Designed for automation integrators and research labs requiring lightweight, rigid connections between the robot wrist and gripper/tool. Can incorporate sensor mounting bosses, cable routing channels, and quick-change interfaces.

17 views
Request a Quote

Key Features

Custom Cross-Section Profile
Integrated Sensor Mounting Bosses
Internal Cable Routing Channels
Quick-Change Tool Interface Compatible
50-70% Lighter Than Steel

Applications

Automated Assembly LinesPick-and-Place RobotsWelding RobotsLaboratory Robotic ArmsCleanroom Automation

Specifications

Material
T700 / T800 / IM7 Carbon Fiber
Fabrication
Prepreg Layup + CNC Trim + Bonding
Max Dimensions
500 × 300 × 150 mm
Interface
Custom — UR / ABB / Fanuc / KUKA Compatible
Temperature Range
-40°C to +150°C
Request a Quote

Usually respond within 24 hours

Frequently Asked Questions

What is the minimum order quantity for carbon fiber products?
We accept small-batch customization. Minimum quantities vary by product type — tubes and plates have lower MOQs, while custom-shaped parts depend on tooling requirements. Contact our sales team for a detailed quote.
What color and finish options are available?
Standard finishes include 3K plain/twill weave, UD unidirectional, and satin, primarily in black. Custom colors and surface coatings — including matte and gloss clear coats — are also available.
What is the typical lead time?
Standard product lead time is 15–25 working days. Custom products are evaluated based on process complexity. Rush service is available — please confirm timelines when requesting a quote.

Related Articles

Filament Wound Epoxy Tubes: Mechanical Properties and Material Data Sheets

Filament Wound Epoxy Tubes: Mechanical Properties and Material Data Sheets

Filament wound epoxy tubes properties determine whether a lightweight tube can carry a drive torque, hold internal pressure, or resist bending on a long span. A filament wound epoxy tube is built by winding continuous glass, carbon, or aramid fibers around a rotating mandrel at a controlled angle wh

Sep 28, 2026Read
Filament Wound Epoxy Tubes Advantages: Over Metal and Pultruded Alternatives

Filament Wound Epoxy Tubes Advantages: Over Metal and Pultruded Alternatives

Filament wound epoxy tubes are manufactured by winding continuous carbon or glass fiber, impregnated with epoxy resin, onto a rotating mandrel at controlled angles. The process is one of the oldest and most reliable in composite manufacturing, and its advantages over metal tubes — and over pultruded

Sep 28, 2026Read
Filament Wound Epoxy Tubes: Industry Standards and Compliance Requirements

Filament Wound Epoxy Tubes: Industry Standards and Compliance Requirements

Filament wound epoxy tubes standards exist because a composite pipe is only as trustworthy as the specification it was built to. A filament wound epoxy tube carries pressure, resists corrosion, and often supports its own weight across long spans, so the industry has developed a layered set of norms

Sep 27, 2026Read
Filament Wound Epoxy Tubes: Testing Standards and Quality Assurance

Filament Wound Epoxy Tubes: Testing Standards and Quality Assurance

Filament wound epoxy tubes testing is the discipline that separates a tube that meets its specification from one that merely resembles it. A filament wound epoxy tube carries its strength in the direction of its fibers, so its properties are strongly directional: axial strength, hoop strength, and s

Sep 26, 2026Read
Filament Wound Epoxy Tubes Manufacturing: Process and Quality Control

Filament Wound Epoxy Tubes Manufacturing: Process and Quality Control

Filament wound epoxy tubes manufacturing is the process of producing high-performance tubular components by winding continuous carbon, glass, or aramid fiber onto a mandrel with epoxy resin. Epoxy is the resin of choice for engineering-grade tubes because it delivers the highest mechanical propertie

Sep 26, 2026Read
Filament Wound Epoxy Tubes Cost: Materials, Process and Volume Pricing

Filament Wound Epoxy Tubes Cost: Materials, Process and Volume Pricing

Understanding filament wound epoxy tubes cost is essential for any engineer or buyer specifying composite tubes for structural, pressure or drive-shaft applications. Unlike standard metal tube pricing, which follows commodity steel or aluminum prices, a filament wound epoxy tube is priced from a sta

Sep 25, 2026Read