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IRB 6700 - 7th Generation Industrial Robot | ABB Industrial Robot

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IRB 6700 is a 7th generation ABB Robot, a natural evolution following more than 30 years of large robot heritage at ABB. The IRB 6700 family is the highest performance robot in the 150-300 kg segment. IRB 6700 comes in three variant.The IRB 6700 is the highest performance robot with the lowest total cost of ownership.
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IRB 6700 New generation of robots with a lifetime of affordability and reliability Ola Svanström, Product Manager
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© ABB| Slide 1

IRB 6700New generation of robots with alifetime of affordability and reliability

Ola Svanström, Product Manager

© ABB| Slide 2

§ Overview

§ Targeted applications

§ Key differentiators

§ Technical data

§ Summary

AgendaOverview

11/4/2013

© ABB| Slide 4

The highest performancerobot with the lowest totalcost of ownership

The IRB 6700 family is thehighest performance robot inthe 150-300 kg segment.

It has 20 percent lower TotalCost of Ownership (TCO)thanks to a morerobust design, longer serviceintervals and simplifiedmaintenance.

OverviewDifferentiated value proposition

11/4/2013

© ABB| Slide 5

Overview

High Line 235kgAvailable now

Three Ranges, right variants

Low Line 200kgAvailable Q1 2014

Power Line 300kgAvailable Q4 2014

235kg 2.65m205kg 2.80m175kg 3.05m150kg 3.20m

200kg 2.60m155kg 2.85m

300kg 2.70m240kg 3.00m

All variants areavailable withLeanID

11/4/2013

© ABB| Slide 6

§ Overview

§ Targeted applications

§ Key differentiators

§ Technical data

§ Summary

AgendaTarget applications

11/4/2013

© ABB| Slide 7

§ In automotive body shops§ All variants needed to support Spot

Welding needs from mass production toflexible premium car production

§ Lowest TCO§ Design is focused on uptime, reliability

and reduced maintenance

§ Lean ID for longer spot welding dresspack life time on all variants

§ Comprehensive robot family

§ 150kg @ 3.2m up to 300kg @ 2.7m

Targeted Applications

11/4/2013

Spot Welding

© ABB| Slide 8

§ Material Handling in both automotiveand general industries

§ An array of robot variants to coverdifferent needs with just one family ofrobots

§ Short cycle times§ Cycle times 4-5 percent shorter than

previous generation (IRB 6640)

Targeted Applications

11/4/2013

Material Handling

© ABB| Slide 9

§ An array of robot variants to coverdifferent needs in just one robot family

§ Foundry Plus 2 protection increasesreliability and life time expectancy of therobot in harsh environments like DiecastMachine Tending

§ Shorter cycle times§ An average 4-5 percent shorter than

previous generation (IRB 6640)

Targeted Applications

11/4/2013

Machine Tending

© ABB| Slide 10

§ Overview

§ Targeted applications

§ Key differentiators

§ Technical data

§ Summary

Agenda

11/4/2013

© ABB| Slide 11

§ Lowest TCO§ Lean ID on all variants

§ Long and predictable life time of dresspacks - Significantly reduced downtimebecause of reduced maintenance

§ Outstanding reliability§ Design focused on high uptime and fault

free operation – Arm designed for MTBFof 400,000 hours

§ Stronger§ 150kg payload at 3.2m reach§ 300kg payload at 2.7m reach

§ Sustainable§ 15 percent lower power consumption

Key Differentiators

11/4/2013

© ABB| Slide 12

§ High performing dress packs oncomplete range of robots§ IRB 6700 available LeanID

§140kg to 270kg payload§2.60m to 3.20m reach

§ Dynamic 3D models§ RobotStudio, Delmia V5 Robotics,

Process simulate, RobCAD§ Static 3D models

§ IGES, STEP, Parasolid, ACIS§ All arm variants available in 4

versions§ Std§ MH3§ LeanID SW§ LeanID MH

Key Differentiators

11/4/2013

Lower TCO: Lean ID on all variants

© ABB| Slide 13

Traditional dress pack§ Short, unpredictable life time§ Bulky§ Difficult to simulate§ Smaller working range => More

difficult to add new parts in line§ Adjustments needed for new

parts

Key Differentiators

11/4/2013

Lean ID

Lean ID§ Long and predictable life time§ Compact§ Accurate simulation§ Larger working range§ Easier to add new parts in

line§ No adjustments needed

© ABB| Slide 14

§ Trusted design based on 30,000 unitsand 15 years experience in production

§ Each IRB 6640 failure report analyzedso IRB 6700 would not repeat

§ TCO model driving force behindredesign and incorporation of newsolutions

§ Robot testing most stringent ever§ Operation

§ Components

Key DifferentiatorsOutstanding reliability

11/4/2013

© ABB| Slide 15

Key Differentiators

11/4/2013

Double service intervals

Gear box oil change intervalaxes 1-3, 6

After 20,000 hours. Quickconnections on axes 1-3 toreduce time for draining/fillingoil (previous generation IRB6640 ref 6,000 hours + 2,400hours)

Gear box oil change intervalaxes 4-5, after 20,000 hoursbattery change

After 4 years, 3 shifts (ref. atlow alert after 2 years)

Counter balancing cylinder Lubrication after 4 years, 3shifts (ref 2.5 years)

Gear lifetime After 8 years and 3 shifts innormal BIW operation aninspection /overhaul is needed

Annual inspection 20 min. Gear box oil levels,harnesses, labels, balancingdevice, mech. stops

© ABB| Slide 16

Sustainable

11/4/2013

15 percent reduced power consumption

IRB 670015 percentless power

compared withIRB 6640

IRB 6640A front runnerin low powerconsumption

© ABB| Slide 17

Sustainable

11/4/2013

Built from non-hazardous materials

§ Fully complies with environmental directives RoHS2002/95/EC and Reach No1907/2006 directives

© ABB| Slide 18

§ Overview

§ Targeted applications

§ Key differentiators

§ Technical data

§ Summary

Agenda

11/4/2013

© ABB| Slide 19

Technical Data

11/4/2013

Working range IRB 6700-235/2.65

© ABB| Slide 20

Technical Data

11/4/2013

Working range IRB 6700-205/2.80

© ABB| Slide 21

Technical Data

11/4/2013

Working range IRB 6700-175/3.05

© ABB| Slide 22

Technical Data

11/4/2013

Working range IRB 6700-150/3.20

© ABB| Slide 23

§ Overview

§ Targeted applications

§ Key differentiators

§ Technical data

§ Summary

Agenda

11/4/2013

© ABB| Slide 24

§ 20 percent Lower TCO§ Design focused on uptime and

reliability

§ Annual service time reduced15 percent

§ 15 percent less powerconsumption

§ Unmatched Reliability§ 400,000 MTBF

§ High Performance§ 4-5 percent faster

SummaryThe numbers tell the story

11/4/2013


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