Technology

TEC-06

FANUC

Integration of FANUC robots for machine tending, handling and assembly, including vision-guided picking.

Technology

FANUC

Integration of FANUC robots for machine tending, handling and assembly, including vision-guided picking.

Engineering experience

Where we use it

Engineering experience

Experience

We integrate FANUC robots into machine-tending, handling and assembly cells, including integrated vision for part location and dual-check safety configuration.

Typical use: CNC machine tending, part handling.

Experience

We integrate FANUC robots into machine-tending, handling and assembly cells, including integrated vision for part location and dual-check safety configuration.

Typical use: CNC machine tending, part handling.

Specification

Programming: TP and Karel · offline simulation
Safety: Dual-check safety zones
Typical payloads: 7–165 kg

Specification

Programming: TP and Karel · offline simulation
Safety: Dual-check safety zones
Typical payloads: 7–165 kg

Solutions built on this platform

SOL-01

Robotic Integration

Robot cells engineered from reach study to SAT, on the robot platform that suits the application and your maintenance team.

16–28 weeks

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SOL-01

Robotic Integration

Robot cells engineered from reach study to SAT, on the robot platform that suits the application and your maintenance team.

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SOL-03

Machine Tending

Robot loading for CNC lathes, machining centres and presses, with part buffers and in-cell gauging for unattended runs.

4–8 h unattended

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SOL-03

Machine Tending

Robot loading for CNC lathes, machining centres and presses, with part buffers and in-cell gauging for unattended runs.

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SOL-11

Service & Support

Remote and on-site support for the systems we deliver and the ones we inherit, under clear response terms.

within 2 h on contract

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SOL-11

Service & Support

Remote and on-site support for the systems we deliver and the ones we inherit, under clear response terms.

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Evidence

Project records

Evidence

Project records

Plan drawing of the two-lathe tending cell

PRJ-0264

Metals & Fabrication

CNC machine tending

Spindle utilisation raised from 54 % to 81 % by running both lathes through an unmanned night period.

Spindle utilisation · %

Weekly output · %

+50

Read project record →

Platform names describe engineering experience or integration capability. They do not imply a partnership, authorization or certification unless one is stated.

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Your installed base

Discuss your FANUC application.

Discuss Your Project

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An engineer replies within one business day.