UniCarriers Stability System Speeds Up Pallet Handling

UniCarriers has added a new feature to the reach trucks in its ergonomic U-TERGO® series with Mast Tilt Control (MTC). This control system for stabilising the mast now forms part of the standard equipment for all high lifting models featuring mast tilt. The function is optionally available for reach trucks with lower lift heights and can also be retrofitted in existing vehicles. The Mitsubishi-owned OEM says that with MTC, the mast stabilises 80 percent faster, thus allowing stocking and retrieving at higher speeds when reach trucks work at great heights. Users achieve shorter cycle times and greater convenience for goods handling, it says.

A reach truck mast is exposed to significant forces while stacking and retrieving pallets. Even if the mast design is strong and robust, extended greatly, it will inevitably sway. This means drivers need to wait when stocking or retrieving pallets since the mast needs to stabilise first.

“The market is always on the lookout for material handling solutions which provide the swiftest possible movement of goods. Our reach trucks help users to achieve maximum throughput and low total operating costs. Mast Tilt Control is a key element in accomplishing this,” explains Jan Callderyd, Group Product Planning Manager at UniCarriers Europe.

UniCarriers Stability System Speeds Up Pallet Handling

UniCarriers has added a new feature to the reach trucks in its ergonomic U-TERGO® series with Mast Tilt Control (MTC). This control system for stabilising the mast now forms part of the standard equipment for all high lifting models featuring mast tilt. The function is optionally available for reach trucks with lower lift heights and can also be retrofitted in existing vehicles. The Mitsubishi-owned OEM says that with MTC, the mast stabilises 80 percent faster, thus allowing stocking and retrieving at higher speeds when reach trucks work at great heights. Users achieve shorter cycle times and greater convenience for goods handling, it says.

A reach truck mast is exposed to significant forces while stacking and retrieving pallets. Even if the mast design is strong and robust, extended greatly, it will inevitably sway. This means drivers need to wait when stocking or retrieving pallets since the mast needs to stabilise first.

“The market is always on the lookout for material handling solutions which provide the swiftest possible movement of goods. Our reach trucks help users to achieve maximum throughput and low total operating costs. Mast Tilt Control is a key element in accomplishing this,” explains Jan Callderyd, Group Product Planning Manager at UniCarriers Europe.

Industry View: No More Delivery Van Floor Damage

The risk of a delivery van’s floor suffering significant and costly damage during the loading process can be eliminated, says Paul Murray, JCB’s Teletruk general manager

According to a recent report by the Urban Transport Group, some 3.8 million vans (goods vehicles below 3.5 tonnes in weight including their cargo) are now registered in the UK. This figure reflects an increase of 74 per cent since  1996 – with vans now representing 15 per cent of all motor vehicle traffic.

A number of factors are thought to be driving this growth, including the ever-upward spiral of the online shopping market and the resultant need to deliver internet shoppers’ orders – particularly to those consumers living in the most densely populated conurbations.

For any logistics company, running a van fleet can be a costly exercise. Tax, fuel, maintenance and insurance, all add up to significant expenditure for any company, large or small, so its important that businesses do whatever they can to minimize these costs.

Clearly the aim of any fleet manager is to ensure that vehicles are off the road for the shortest period of time possible and, to this end, ongoing maintenance regimes and driver training programmes both play a key role in cutting the amount of time that vans are out-of-action.

However, perhaps surprisingly, one of the most common causes of lost van ‘up time’ is not an engine fault deriving from poor maintenance or damage resulting from reckless driving: it is bodywork damage inflicted by poor load handling and loading techniques.

In simple terms, when it comes to van loading it is common practice for a small counterbalanced truck or pallet truck to be used to lift a palletized load into the back of a vehicle. The pallet is then often ‘slid’ into the van’s storage space either manually or using the forks of the lift truck.

But, as many fleet operators have found to their cost, there is a significant likelihood that a wooden pallet (with the inevitable protruding metal fixings) that is slid into the back of a van will often rip into the vehicle’s flooring – causing significant damage that is both costly and time consuming to repair.

But more and more logistics operators and courier firms are eliminating this problem by introducing JCB’s Teletruk technology to their operations.

Thanks to its unique telescopic mast design, which gives a forward reach of 2.4 metres, the Teletruk can deliver a pallet to the far end of a delivery vehicle without touching the floor, until the pallet is gently lowered in to position. In this way, the Teletruk greatly reduces the risk of load and vehicle damage and, of course, eliminates the risk of injury associated with manually handling loads in to vehicles.

With today’s technology-enabled consumers demanding that their online orders arrive within hours of clicking the ‘buy now’ button, there will be no let up in the rise in the number of journeys delivery vans are required to make. So fleet managers are likely to find themselves under grater pressure than ever to keep their vans on the road and eliminating unnecessary damage during the loading process should be part of their planning.

Industry View: No More Delivery Van Floor Damage

The risk of a delivery van’s floor suffering significant and costly damage during the loading process can be eliminated, says Paul Murray, JCB’s Teletruk general manager

According to a recent report by the Urban Transport Group, some 3.8 million vans (goods vehicles below 3.5 tonnes in weight including their cargo) are now registered in the UK. This figure reflects an increase of 74 per cent since  1996 – with vans now representing 15 per cent of all motor vehicle traffic.

A number of factors are thought to be driving this growth, including the ever-upward spiral of the online shopping market and the resultant need to deliver internet shoppers’ orders – particularly to those consumers living in the most densely populated conurbations.

For any logistics company, running a van fleet can be a costly exercise. Tax, fuel, maintenance and insurance, all add up to significant expenditure for any company, large or small, so its important that businesses do whatever they can to minimize these costs.

Clearly the aim of any fleet manager is to ensure that vehicles are off the road for the shortest period of time possible and, to this end, ongoing maintenance regimes and driver training programmes both play a key role in cutting the amount of time that vans are out-of-action.

However, perhaps surprisingly, one of the most common causes of lost van ‘up time’ is not an engine fault deriving from poor maintenance or damage resulting from reckless driving: it is bodywork damage inflicted by poor load handling and loading techniques.

In simple terms, when it comes to van loading it is common practice for a small counterbalanced truck or pallet truck to be used to lift a palletized load into the back of a vehicle. The pallet is then often ‘slid’ into the van’s storage space either manually or using the forks of the lift truck.

But, as many fleet operators have found to their cost, there is a significant likelihood that a wooden pallet (with the inevitable protruding metal fixings) that is slid into the back of a van will often rip into the vehicle’s flooring – causing significant damage that is both costly and time consuming to repair.

But more and more logistics operators and courier firms are eliminating this problem by introducing JCB’s Teletruk technology to their operations.

Thanks to its unique telescopic mast design, which gives a forward reach of 2.4 metres, the Teletruk can deliver a pallet to the far end of a delivery vehicle without touching the floor, until the pallet is gently lowered in to position. In this way, the Teletruk greatly reduces the risk of load and vehicle damage and, of course, eliminates the risk of injury associated with manually handling loads in to vehicles.

With today’s technology-enabled consumers demanding that their online orders arrive within hours of clicking the ‘buy now’ button, there will be no let up in the rise in the number of journeys delivery vans are required to make. So fleet managers are likely to find themselves under grater pressure than ever to keep their vans on the road and eliminating unnecessary damage during the loading process should be part of their planning.

Vanderlande Signs Cooperation Deal on AI Robotics Software

Dutch intralogistics giant Vanderlande has signed a strategic partnership with Fizyr to develop artificial intelligence (AI) technology for its automated order picking, storage, unloading and palletizing robotic solutions. The results will be integrated into Vanderlande’s existing product portfolio, such as Smart Item Robotics (SIR), which has been designed to handle the large variety of items common to the warehouse, parcel and airports markets.

Fizyr is a Delft based company pivoted from Delft University that researches and develops ‘deep-learning’ computer vision software available from a box. This enables robots to process a broad selection of items through extended flexibility and improved handling capabilities, and allows companies to maximise their operational efficiency. For Vanderlande, the partnership will help to improve its existing robotics solutions like Smart Item Robotics as develop and introduce new robotics solutions within its markets.

“The use of robotics in the logistics industry is extremely complex due to the variety of goods being handled, for example in terms of the shape, size, colour and material,” explains Fizyr’s CEO Herbert ten Have. “By applying deep-learning technology software, we can identify the best grasp locations for a robot, allowing it to cope with a high level of variation.”

Vanderlande’s CTO Vincent Kwaks is excited about the future of this dynamic sector: “Deep learning is changing our landscape over the last years and multiple applications will benefit from these techniques. That’s why we’re delighted to be partnering with Fizyr to explore the potential for our robotics solutions and maybe other automation domains.”

“Fizyr is recognised as one of the leading technology companies in its field and this partnership demonstrates Vanderlande’s commitment to our customers, who look to us to create innovative solutions that help them to remain competitive.”

Vanderlande Signs Cooperation Deal on AI Robotics Software

Dutch intralogistics giant Vanderlande has signed a strategic partnership with Fizyr to develop artificial intelligence (AI) technology for its automated order picking, storage, unloading and palletizing robotic solutions. The results will be integrated into Vanderlande’s existing product portfolio, such as Smart Item Robotics (SIR), which has been designed to handle the large variety of items common to the warehouse, parcel and airports markets.

Fizyr is a Delft based company pivoted from Delft University that researches and develops ‘deep-learning’ computer vision software available from a box. This enables robots to process a broad selection of items through extended flexibility and improved handling capabilities, and allows companies to maximise their operational efficiency. For Vanderlande, the partnership will help to improve its existing robotics solutions like Smart Item Robotics as develop and introduce new robotics solutions within its markets.

“The use of robotics in the logistics industry is extremely complex due to the variety of goods being handled, for example in terms of the shape, size, colour and material,” explains Fizyr’s CEO Herbert ten Have. “By applying deep-learning technology software, we can identify the best grasp locations for a robot, allowing it to cope with a high level of variation.”

Vanderlande’s CTO Vincent Kwaks is excited about the future of this dynamic sector: “Deep learning is changing our landscape over the last years and multiple applications will benefit from these techniques. That’s why we’re delighted to be partnering with Fizyr to explore the potential for our robotics solutions and maybe other automation domains.”

“Fizyr is recognised as one of the leading technology companies in its field and this partnership demonstrates Vanderlande’s commitment to our customers, who look to us to create innovative solutions that help them to remain competitive.”

Feature-rich Financial Modules Offer Fast Track into Flagship ERP Suite

Iptor Supply Chain Systems, a leader in distribution and supply chain management, planning and logistics software and services, has launched Iptor 1 for Financial Management (Iptor 1) – described as a fully managed, multi-tenant, pre-configured cloud-based solution that provides a powerful, integrated set of modules to manage a distribution organization’s entire financial needs.

The fully managed solution means customers will always be on the latest release of the software and Iptor’s leading edge infrastructure provides users with peace of mind knowing they will have constant availability, stability and access to market-leading support. The pre-configuration also means new customers can be up and running in 10 days, thereby removing a vast amount of the potentially costly implementation phase of ERP projects.

Iptor 1 consists of General Ledger, Accounts Receivable, Accounts Payable and Asset Management modules and also features a new user interface. Additionally, it is built on an open API framework, aperio, which enables real time communication with the Iptor DC1 financials functionality and enables speedy implementation of 3rd party applications as well as supporting the Live Search functionality which is built into the new interface.

Iptor 1 includes true multi-currency functionality for any of the world’s currencies, with an option for dual system currency reporting. The software is also genuinely multilingual and processing and analysis can be done on multiple levels for an international business, such as by company, division, cost centre, account group or currency.

Christopher Catterfeld, Iptor Chief Marketing & Product Officer, said, “Iptor 1 Financial Management provides our customers with a full update to the financials module alongside a re-imagined user experience. Our customers have been delighted with Iptor DC1 Version 10 since its launch in 2017 – and Iptor 1 will now build an easy to implement fast track to cloud functionality, helping distribution-focused organizations solve their most complex challenges in a world where exceptions are the rule.”

Feature-rich Financial Modules Offer Fast Track into Flagship ERP Suite

Iptor Supply Chain Systems, a leader in distribution and supply chain management, planning and logistics software and services, has launched Iptor 1 for Financial Management (Iptor 1) – described as a fully managed, multi-tenant, pre-configured cloud-based solution that provides a powerful, integrated set of modules to manage a distribution organization’s entire financial needs.

The fully managed solution means customers will always be on the latest release of the software and Iptor’s leading edge infrastructure provides users with peace of mind knowing they will have constant availability, stability and access to market-leading support. The pre-configuration also means new customers can be up and running in 10 days, thereby removing a vast amount of the potentially costly implementation phase of ERP projects.

Iptor 1 consists of General Ledger, Accounts Receivable, Accounts Payable and Asset Management modules and also features a new user interface. Additionally, it is built on an open API framework, aperio, which enables real time communication with the Iptor DC1 financials functionality and enables speedy implementation of 3rd party applications as well as supporting the Live Search functionality which is built into the new interface.

Iptor 1 includes true multi-currency functionality for any of the world’s currencies, with an option for dual system currency reporting. The software is also genuinely multilingual and processing and analysis can be done on multiple levels for an international business, such as by company, division, cost centre, account group or currency.

Christopher Catterfeld, Iptor Chief Marketing & Product Officer, said, “Iptor 1 Financial Management provides our customers with a full update to the financials module alongside a re-imagined user experience. Our customers have been delighted with Iptor DC1 Version 10 since its launch in 2017 – and Iptor 1 will now build an easy to implement fast track to cloud functionality, helping distribution-focused organizations solve their most complex challenges in a world where exceptions are the rule.”

Hubtex Models for Long and Bulky Wood Handling on Show at LIGNA

German multidirectional forklift maker Hubtex will present its latest model developments at May’s LIGNA trade fair (Hannover Messe), showcasing its unique solutions for the handling of wood-based materials. The company’s exhibition stand, N65, will be situated in the open-air site, west of Pavilion 33, where Hubtex will focus on handling and order-picking solutions for bulky wood materials. In addition, the leading manufacturer and specialist for transporting long, heavy and bulky loads will for the first time present its new multidirectional counterbalance forklift truck, FluX 70. Moreover, Hubtex will exhibit the latest generation of its core product: the electric multidirectional sideloader is now available in a new design with added features to the meet the challenges presented by Industry 4.0.

It’s not easy to find the ideal order-picking solution that enables the perfect handling of wood materials. There are countless vehicle variations available – from manual order picking to a fully automated system.

New FluX 70 suitable for loads of up to 7 tonnes
Hubtex will showcase its new electric multidirectional counterbalance forklift, FluX 70, which is capable of safely transporting long and heavy loads weighing up to 7 tonnes – even over rough terrain and in narrow aisleways. The vehicle is suitable for both indoor and outdoor use and combines the advantages of an electric multidirectional forklift with those of a heavy-duty forklift with a combustion engine.

Electric multidirectional sideloader: new design and added features
Hubtex will be presenting an additional highlight at LIGNA 2019: the latest generation of its classic electric multidirectional sideloader model. The company has revised this vehicle series and adjusted its modular system accordingly. Hubtex has put the 48 V and 80 V drive variants with load-carrying capacities of 3–5 tonnes together into one modular system. The forklift’s new design offers optimum manoeuvrability, a highly ergonomic cabin and improved all-round visibility. The electrohydraulic steering has also been replaced by a purely electric steering system, ensuring maximum energy efficiency during operation. Even in its basic configuration, the vehicle is already designed for gradual automation. Predetermined cable runs, positions for sensors and other equipment features ensure the forklift is ready to meet the challenges posed by Industry 4.0. Numerous assistance systems can be integrated retroactively, for example.

Hubtex Models for Long and Bulky Wood Handling on Show at LIGNA

German multidirectional forklift maker Hubtex will present its latest model developments at May’s LIGNA trade fair (Hannover Messe), showcasing its unique solutions for the handling of wood-based materials. The company’s exhibition stand, N65, will be situated in the open-air site, west of Pavilion 33, where Hubtex will focus on handling and order-picking solutions for bulky wood materials. In addition, the leading manufacturer and specialist for transporting long, heavy and bulky loads will for the first time present its new multidirectional counterbalance forklift truck, FluX 70. Moreover, Hubtex will exhibit the latest generation of its core product: the electric multidirectional sideloader is now available in a new design with added features to the meet the challenges presented by Industry 4.0.

It’s not easy to find the ideal order-picking solution that enables the perfect handling of wood materials. There are countless vehicle variations available – from manual order picking to a fully automated system.

New FluX 70 suitable for loads of up to 7 tonnes
Hubtex will showcase its new electric multidirectional counterbalance forklift, FluX 70, which is capable of safely transporting long and heavy loads weighing up to 7 tonnes – even over rough terrain and in narrow aisleways. The vehicle is suitable for both indoor and outdoor use and combines the advantages of an electric multidirectional forklift with those of a heavy-duty forklift with a combustion engine.

Electric multidirectional sideloader: new design and added features
Hubtex will be presenting an additional highlight at LIGNA 2019: the latest generation of its classic electric multidirectional sideloader model. The company has revised this vehicle series and adjusted its modular system accordingly. Hubtex has put the 48 V and 80 V drive variants with load-carrying capacities of 3–5 tonnes together into one modular system. The forklift’s new design offers optimum manoeuvrability, a highly ergonomic cabin and improved all-round visibility. The electrohydraulic steering has also been replaced by a purely electric steering system, ensuring maximum energy efficiency during operation. Even in its basic configuration, the vehicle is already designed for gradual automation. Predetermined cable runs, positions for sensors and other equipment features ensure the forklift is ready to meet the challenges posed by Industry 4.0. Numerous assistance systems can be integrated retroactively, for example.

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