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Photo: Kalmar Industries<br />

Automated, unmanned straddle carriers handle<br />

the transfer of containers between the wharf,<br />

stockyard and truck loading area at Fisherman’s<br />

Island, Brisbane, Australia. Both the straddle<br />

carriers and their control system have been<br />

supplied by the <strong>Tampere</strong> factory of Kalmar<br />

Industries Oy Ab.<br />

FOCUS ON<br />

CONTAINER HANDLING INTELLIGENCE<br />

and AUTOMATION<br />

Kalmar has established a new dedicated business unit, Kalmar Intelligence & Automation, to focus on the<br />

marketing and development of on-board smart features for container handling equipment, integrated systems and<br />

remote maintenance products in cooperation with customers and partners. The move reaffi rms Kalmar’s leading role<br />

in the evolution of integrated intelligence and automation for ports and terminals. The new <strong>Tampere</strong>-based business<br />

unit started operations in spring 2005.<br />

Jorma Tirkkonen has been appointed<br />

president of the new unit. Prior to this<br />

appointment Tirkkonen spent more<br />

than eight years in the US as President of<br />

Kalmar Sales Company for the Americas<br />

and the Kalmar Trailer Logistics business<br />

segment.<br />

In addition to marketing and<br />

R&D activities, Kalmar Intelligence &<br />

Automation’s primary responsibilities<br />

include the timely and successful<br />

implementation of automation delivery<br />

projects and customer support on a<br />

24/7 basis. An improved effi ciency of<br />

operations, better machine performance<br />

and safety and environmental advantages<br />

are typical benefi ts customers can expect<br />

as a result of increased automation.<br />

More effi ciency, improved safety<br />

Kalmar is a pioneer in the automation<br />

of container handling equipment. It has<br />

created a large variety of intelligence<br />

and automation products, systems and<br />

services for the container handling<br />

industry. The fi rst signifi cant step towards<br />

the automation of container handling<br />

equipment came in the early 1990s when<br />

the company introduced Driver Assisting<br />

Features (DRAF).<br />

In association with Patrick Stevedores,<br />

in 2002 Kalmar accomplished its longterm<br />

goal of building the world’s fi rst fully<br />

automated straddle carrier terminal at<br />

Fisherman’s Island, Brisbane, Australia.<br />

Kalmar’s Smartrail ® automatic gantry<br />

steering system for RTGs is based on a<br />

Global Positioning System (GPS) which<br />

steers the crane along a pre-determined<br />

virtual rail. This enables the driver to<br />

travel at maximum speed between lifts<br />

and to concentrate fully on picking up or<br />

setting down containers.<br />

Smartpath ® is a container position<br />

verifi cation system for straddle carriers<br />

and RTGs. The system provides real-time<br />

position verifi cation for each container<br />

handled, enabling individual machines to<br />

be tasked in the most effi cient way.<br />

Remote Machine Interface (RMI)<br />

is a monitoring and maintenance<br />

system/software for all computerized<br />

Kalmar container handling machines<br />

and trucks. It enables a terminal control<br />

room to monitor the operation of a large<br />

number of machines and can be used for<br />

machine monitoring, maintenance tasks<br />

and reporting. Machines can also be<br />

monitored via the internet by Kalmar’s<br />

product support or design department.<br />

Customers are able to receive support and<br />

assistance directly from the factory.<br />

As an unmanned rail-mounted yard<br />

crane, the automated stacking crane<br />

(ASC) has won favour in high-throughput<br />

terminals where a combination of high<br />

speed and high stacking density is<br />

required.<br />

<strong>Tampere</strong> Business • Science • Life 17

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