FANUC CR-7iA — Specs & Review

Specifications

BrandFANUC
ModelCR-7iA
Year2023
CategoryIndustrial Lite
Autonomyremote-controlled
Environmentindoor

Key features

Overview

The CR-7iA combines FANUC's collaborative safety with 6-axis articulation and 1700 mm reach, enabling complex assembly and material handling in shared cells. Its 7 kg capacity supports mid-weight components with certified force-limiting safety.

Technical Specifications

Reach 1700 mm, payload 7 kg, repeatability ±0.03 mm, cycle time 2.0–2.8 seconds. Operating envelope 3400 mm, arm mass 130 kg. Full ISO/TS 15066 force-limiting certified.

Applications

Medium-weight assembly, sub-component handling, quality inspection with tool mounting, and flexible production lines combining human and automated tasks.

Integration & Programming

Full FANUC ecosystem compatibility, iRVision, force feedback, and collaborative safety intrinsic. Digital twin simulation supports offline programming.

Market Position

For SME manufacturers balancing collaborative safety with reaching and dexterity requirements, the CR-7iA is the optimal choice.

FAQ

How does the CR-7iA differ from the CRX-10iA/L?

Both offer similar payload and reach; CR-7iA focuses on collaborative certification and simplified programming, while CRX-10iA/L offers more industrial integration options.

Can the CR-7iA perform precision assembly tasks like component insertion?

Yes, ±0.03 mm repeatability enables precision assembly; force feedback guides insertion tasks safely when tool monitoring is enabled.

What is the power consumption and electrical requirements?

Typical operation consumes 2–4 kW, suitable for standard office-grade three-phase power (30 A), making it ideal for retrofit deployments.

Is the CR-7iA suitable for medical device or pharmaceutical assembly?

Yes, its sealed design and ISO/TS 15066 certification make it suitable for clean-room and controlled environments with proper qualification.

What is the lead time and support availability?

Standard FANUC lead time (8–12 weeks), with global support network and collaborative robot-specific training programs available worldwide.