LASE GmbH - Moderne Lasermessgeräte & hochentwickelte Softwareapplikationen // State-of-the-art laser sensors & sophisticated software applications

High market demand for LaseTLP - Truck Lifting Prevention in different international ports

(LASE GmbH) (Wesel, 20.11.2017) The safety application LaseTLP generated a high demand in different international ports in the last quarter, especially in Asian hubs. The system helps to prevent trailer lifting, which occurs when any twistlock is locked or jammed before RTG/RMG operation. Laser scanners in direction to the truck lane are able to detect liftings when even only one twistlock is locked. More information about the application LaseTLP can be found on the product page here...

Several new orders for LaseLCPS on RTG, RMG and STS cranes

Several new orders for the crane driver assistance system LaseLCPS at RTG, RMG and STS LASE has received several orders for LaseLCPS systems (Load Collision Prevention System) to be equipped on RTG, RMG and also STS cranes in different ports worldwide. All systems, which have been ordered in the last months, are to be delivered both until the end of 2017 and after the turn of the year. Also the certified version LaseLCPS-3D-2D is set to provide more safety and efficiency in container handling. More information about the different application versions of LaseLCPS for RMG, RTG and STS cranes can be found on the product page here...

Important customer information - System conversion for service requests

Dear customer, due to customization of our processes through the years, we had to implement a system conversion. The aim of this conversion step is a reduction of repair cycle times as well as a detailed information transmission. This is why we ask you to kindly use the newly integrated Online Service-Application-Form on our company website for all upcoming service requests from now onwards: http://lase.de/en/service

LASE provides truck volume measurement system for M11 motorway project in Russia

(LASE GmbH) (Wesel, 20.05.2017) In order to measure the exact loading volume of dump trucks LASE implemented the application LaseTVM on a road construction site for the customer EuroTransStroy in St. Petersburg, Russia. The laser-based measurement system determines the exact volume of purchased bulk materials like sand and crushed stones with highest accuracy to prevent load differences. Furthermore the recognition of the license plates and the load area for a fully comprehensive and transparent data handling are another features within this implementation. EuroTransStroy is one of the biggest road construction companies in Russia and is involved in the road extension of the motorway M11 Moscow-Saint Petersburg, which should be finished until the beginning of the 2018 FIFA World Cup. The total length of this alternative connection for the easing of traffic is about 684 km and here the last 38 km will be prepared. While the construction phase lots of…

LASE delivers to Vale’s world’s biggest mining project at S11D Complex in Brazil

(LASE GmbH) (Wesel, 21.03.2017) LASE has provided the delivery of 15 LaseBVC conveyor belt measuring systems to history’s biggest iron ore mining project by Vale in the S11D Complex in North Brazil. In this huge plant the material volume, which is being transported on conveyors needs to be determined by specific measurement applications from LASE. In the Brazilian municipality Canaã dos Carajas (Federal State of Para) the mining company Vale has opened the world’s largest mining project in history in last December. After starting with the commercial operation in January, LASE has already begun with the rollout of the application LaseBVC (Bulk Volume Conveyor) and delivered 14 volume measurement system for conveyors in the so called S11D Eliezer Batista Complex. Together with our longstanding Brazilian partner company C+ Tecnologia the laser-based bulk material measurement systems will be commissioned for end customer Vale properly. This prestigious project sets a new standard…

New orders for LaseLCPS in Q4 for totally 63 cranes

LASE has received orders for totally 63 LaseLCPS (Load Collision Prevention System) to be equipped with RTG, RMG and STS cranes in seven different ports worldwide. All systems, which have been ordered in Q4 of 2016, are to be delivered and implemented until the end of 2017. The LaseLCPS - Load Collision Prevention System is set to provide more safety and enhance productivity for every crane operation, whether it is being utilized on RTG, RMG or STS cranes. The specific version LaseLCPS-3D-2D also has been qualified for Performance Level D - Cat. 3 by the German BG (Employers' Liability Insurance Association) recently. Performance Levels to EN ISO 13849-1 define the reliability how a control system complies with safety functions and how it is protected against malfunctions. By reaching one of the highest parameters within the qualification process, the application LaseLCPS-3D-2D confirms its high development status and meets current requirements on…

LASE launches LaseSPC for exact straddle carrier positioning

16.03.2017 // LASE launches “LaseSPC” for exact straddle carrier positioning LASE launches its new product “LaseSPC - Straddle (Carrier) Positioning Crane” for the exact positioning of straddle/van carriers (SC) under STS cranes. Besides to other positioning systems for trucks and AGVs this product development completes the offer of applications for positioning tasks under STS-Cranes. By the development of this easily retrofittable application, LASE offers laser-based positioning systems for all horizontal modes of transport now. The application LaseSPC - Straddle Positioning Crane is a 2D measurement system consisting of two 2D laser scanners (LASE 2000D Series) mounted on the water and landside sill beam. The straddle carriers are equipped with reference markers on all four legs and after the straddle carrier is under or approaches the crane, the measurement system detects them and calculates the exact position of the SC. By the use of LED displays the straddle carrier driver receives…

Qualification by German BG for Performance Level d Cat. 3 for LaseLCPS-3D-2D

20.02.2017 // Qualification by German BG for Performance Level d Cat. 3 for LaseLCPS-3D-2D The product LaseLCPS-3D-2D (Load Collision Prevention System -3D-2D) has been qualified for the Performance Level D - Category 3 by the German BG (Employers' Liability Insurance Association). The certification by this statutory institution sets a milestone in the product development and meets today’s requirements on Performance Levels for safety standards in the port industry. The Performance Levels to EN ISO 13849-1 are parameters for the reliability how a control system complies with safety functions. By reaching one of the highest parameters, the application LaseLCPS-3D-2D confirms its high development status and also the acceptance on the market. In regards to safety it is important to run systems which have a reliable protection against malfunctions. This specific version of the application LaseLCPS-3D-2D - Load Collision Prevention is a combined 3D/2D laser measurement system consisting of each one 2D-…

Further order of Korean port for LaseTLP at eight RMG cranes

10.12.2016 // Further order of Korean port for LaseTLP at eight RMG cranes LASE received an order from another Korean port for the installation of LaseTLP (Truck Lifting Prevention) at in total eight RMG cranes. One year before, together with the successful product release, a Korean port already has ordered this safety-related system for container operations in truck lanes. By the implementation of LaseTLP - Truck Lifting Prevention - hoist movements will be interrupted immediately when the laser measurement system detects a lifted container chassis at even 100 mm. It is not unusual that truck-trailers are lifted up by the crane hoist when one or more twistlocks are still locked or not completely loosened. In order to prevent such accidents this system detects the lifting of the trailer at the earliest stage. Such incidents of lifted container chassis or trucks are not harmless and can lead to severe injuries as…