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gload
CONTROLS &
OPERATIONSSTORAGE
TRANSPOR
MAKE UP SCRESORTING
UNLOAD
TRAN
g ss f i i wi bagload1. Svi ss :
Efcient employee assignment
Integrated baggage reconciliation
Less health related costs
Efcient use of space
2. Improving employee working conditions
3. Improving process quality: Reduction of errors (IR-rate)
Bag security (less hands on the bag)
Payback of investment within 2-3 years
handlIng baggage IS our common buSIneSSApplying robots is not
just replacing the manual make-up area by an automated one. It is
also to
adopt the process and environment to a higher degree of
automation.
That is where the Grenzebach technology for automated loading
and the system integration ofVanderlande Industries are working
together for airports, airlines and ground handlers providing:
The most tailored level of automation
Necessary modications to existing BHS
Support in migration to integrated robot loading
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ARRIVAL
DEPARTURE
ON
CHECK-ING
CLAIM
R
bagload Integrated robot loadIngIn baggage handlIng
proceSSeS
Baggage Distribution
InputCarousel
Lateral
Robot
Final sortation &
Early Bag Storage
Robot
Local
buffer
Automated ULD handling
BagStore
EmptyULDs
Loaded
ULDs
Final Sortation
Robot
Add-on Integration of typically 1-2
units into existing baggage
handling system
Is Upgrade of existing
baggage handling system
with typically 4-10 units
Optimized bag ow
management (sorter,
buffer, manual & robot
loading)
nw b h Full integration of robot loading into
the baggage handling process
Bag ow management streamlined
to automated loading using peak
svi wis i
Option: automated ULD/rampcart
i
1 2
3
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g
p
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p bagloadF
ACTS&FIGURES
Benets from strong partners
Vanderlande Industriesis f ws i is f i
systems. A wide range of system solutions of all sizes offers
high
operational effectiveness, reliability and careful baggage
handling
and assures an optimum return of investment.
www.vanderlande.com
Grenzebachis the leading provider for automated baggage loading
and off-
loading. Their mechanised sytems close some of todays most
signicant automation gaps in baggage handling, take the
strain
from employees and present important operational and nancial
vs.
www.grenzebach.com
System integration Integrated batch planning and last minute
handling
Batch generation based on volumetric data
2000 - 4000 bags/day throughput capacity per robot module
Integrated reconciliation options
Availibility of exact position of bag inside ULD or rampcart
Simple interface to existing baggage management system
Easy handling by ground handling staff
Typical robot cell
Range of bags: all conveyable bags
Typical bag size: up to 950 mm * 800 mm * 600 mm
4 bags/minute technical loading cycle time
Filling rates: up to 90% of manual loading
Make-up footprint: 25 m2 (smallest design)
Technical availabil ity > 99.5%
1-10 loading positions/robot cell
Allocation of loading criterias (e.g. ight, ight class)
Easy & conventional maintenance
ci i
c i
Bag analyses
bi
