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International Forest Industries (IFI) takes a closer look at the Log Max 6000V Top Saw, a next-generation harvester head designed to improve productivity, measurement accuracy and operational control in modern forestry operations.

Developed for both wheeled and tracked harvesters, the Log Max 6000V Top Saw introduces several engineering refinements aimed at operators working in demanding harvesting conditions – including steep terrain, heavy branching and large-diameter timber.

Tilt Control for complex harvesting environments

One of the defining features of the Log Max 6000V Top Saw is its new Tilt Control system, which allows operators to lock the felling link and position the harvester head at a precise angle during processing.

This added control is particularly valuable when working in:

• Dense crowns with thick branching
• Steep or uneven terrain
• Situations requiring controlled processing of the upper stem

By improving head positioning, Tilt Control helps maintain smoother processing flow and reduces unnecessary stress on both machine and operator.

 Optimised saw box design for larger timber

The 6000V Top Saw features a redesigned and extended saw box geometry, now capable of accommodating saw bars up to 90 cm. The repositioned saw unit enables the head to process trees with larger root structures while maintaining stability and cutting performance.

Additional protective elements – including a reinforced root bone plate – help extend chain and bar life, reducing downtime and maintenance requirements in high-output operations.

The maximum cutting diameter reaches approximately 78-80 cm, making the unit well suited for high-volume harvesting applications across logging, biomass and sawmill supply chains.

Improved length measurement accuracy

Accurate measurement is critical in modern forestry, and Log Max has focused heavily on improving this area in the 6000V platform.

Updates include:

• Reinforced measuring wheel arm and attachment
• Improved hydraulic circuit design
• Revised measuring wheel cylinder geometry

Together, these changes allow the measuring system to follow the stem contour more precisely, delivering improved length accuracy and reducing costly measurement errors during processing.

Robust saw unit and service-friendly design

The Log Max 6000V Top Saw is equipped with dual 318 MK2 saw units, featuring durable materials and thoughtful serviceability improvements. New forward-positioned grease points allow lubrication even when the head is tilted, improving safety and reducing maintenance time.

Other enhancements include:

• Reinforced bar holder with Hardox 450 material
• Improved sealing to prevent dust and debris ingress
• Simplified safety shaft design replacing traditional safety chains

These refinements are designed to maximise uptime while maintaining long-term durability in demanding forestry environments.

Designed for productivity, sustainability and precision

Underpinning the 6000V Top Saw is Log Max’s Active Friction Control (AFC) system, which optimises feed force to minimise friction and unnecessary wear. By reducing excess pressure during processing, AFC helps improve timber quality, lower operating costs and support more efficient use of energy.

Combined with the Log Mate 510 control system – compliant with StanForD 2010 standards – the 6000V Top Saw integrates seamlessly into modern forestry data and optimisation workflows.

Availability and applications

The Log Max 6000V Top Saw is suitable for a wide range of harvesting operations, including:

• Commercial logging
• Biomass harvesting
• Sawmill supply operations
• Large-diameter timber processing

The unit is scheduled for availability from Q1 2026.

(Video content below showcases the Log Max 6000V Top Saw in operation and highlights key design features and performance benefits.)

    Surely the best Forestry Video for a long time!

To read previous Log Max related posts click here

 

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The post NEW Log Max 6000V Top Saw: Tilt Control Technology Redefining High-Productivity Forestry Harvesting appeared first on International Forest Industries.

USNR will be exhibiting at the 2026 IHLA Convention & Exposition in Indianapolis, IN.

Their looking forward to connecting with other hardwood specialists to share their latest developments for the industry.

In particular they want to share their ongoing application of deep learning AI technology. USNR uses deep learning in its industry-leading grade scanning and optimization systems, including the Bioluma sawmill grade optimizer, the Automated Lineal Grading System, and the Transverse High Grader (THG). These systems are smart and simple solutions to the demands of hardwood grading applications.

If you’re headed to Indianapolis as well, then stop by the USNR booth #405 to say hello and learn how USNR’s advanced technologies can help your hardwood operation!

USNR booth #405

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MiCROTEC will be present at booth 6C86 where their wide multi-sensor quality scanner for softwood (Goldeneye Wide) and hardwood (Woodeye Wide) will be on display.

Their specialized sales team is ready for interesting conversations about scanning and optimizing solutions and would be happy to give you more insights into MiCROTEC’s product range!

Global Sales

+39 0472 273 611           salesmicrotec.eu

To read previous Microtec related posts click here

 

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The post EUROBOIS is the leading woodworking industry trade fair in France with visitors from all over Europe. MiCROTEC will be present at booth 6C86. appeared first on International Forest Industries.

A SUCCESSFULL DEVELOPMENT PROJECT HAS REACHED ITS GOALS

The Haslestad plant is more than just a sawmill. It also includes a planing mill and finger-jointing facility, making it one of the more comprehensive production plants in the Bergene Holm Group. The plant processes 230,000 m³ of spruce timber annually, turning timber into lumber for construction, panels, and biofuel products, with great care for the raw material and environmentally friendly processes.

To meet their increased need for higher production capacity while reducing its carbon footprint, Bergene Holm AS Haslestad decided to invest in new equipment at the plant’s largest bottlenecks. After comparing quotes and solutions from different suppliers, the choice fell on USNR, and a development project started. The goal was reached in early 2025 and celebrated by an inauguration attended by representatives from all participating parties, including USNR, who delivered their first full-electric Tilt Hoist and new stick handling.

For the future

The new equipment is an important step forward for Bergene Holm Haslestad. It ensures both increased production and reduced environmental impact, says a very excited Glenn Andre Jensen, CEO of Bergene Holm Haslestad, who held a speech at the inauguration: – We take our environmental impact very seriously. We are determined that our investments must follow our environmental objectives. Timber is our raw material, and in Norway demand is now outpacing supply, he says.

Bergene Holm compete with timber exports, which means that they are in a position where they want to increase their timber production. That is why they have made major investments in the plant’s production capacity in recent years.

Higher production capacity

The larger intake of the adjusting machinery means that we are now able to process much larger packages of sawn material than before. It is 2 meters deep, 5.5 meters wide and 1.5 meters high.

The new Tilt Hoist holds 40% more volume and has a longer buffer conveyor, ensuring a very good filling rate and good production flow. This has increased the production capacity significantly.

The project also includes a new stick handling system that collects all the sticks in a stick bin, which is then transported to the green sorting system, where sticks and dunnage are separated.

Many advantages

It was important for Bergene Holm to find a reliable supplier that would provide the best technical solution possible. They required the new Tilt Hoist to be entirely electric, replacing the old hydraulic motors.

This new technology offers many advantages, lower power consumption, reduced costs and reduced service needs for the hydraulics.

Lower service costs

A package of dried timber can weigh up to 10 tons, which requires a lot of power from the Tilt Hoist. A traditional hydraulic drive would require very large generators and produce more emission. The service and operating costs required by hydraulically powered machines are not incurred by the electric Tilt Hoist, while also reducing emissions and environmental impact.

Kristin Sofie Ruud Karlsson, Project Manager at Bergene Holm and the person in charge of liaising with the USNR project manager during the project, is impressed with the efforts:

“We have worked very well together! USNR has presented their idéas and concerns and prioritized them to find the most optimal solution. They have been available for questions throughout the whole project and particularly helpful during the software and controls training,” she says.

Glenn Andre Jensen, Bergene Holm CEO, also emphasizes USNR’s excellent cooperation:

“It is very clear that our employees are very happy. The communication with our project managers has been very good, and USNR have done a tremendous job. They are a great supplier to work with and relate to,” he adds.

Left: Glenn André Jensen, CEO, Bergene Holm AS department Haslestad. Center: Kristin Sofié Ruud Karlsson, Project Manager, Bergene Holms AS department Haslestad. Right: Sten Jarle Solheim, Account Manager, USNR

Sensational in Europe

Sten Jarle Solheim, Account Manager at USNR, was present at the inauguration and was surprised by the attention the project has attracted:

“The new technology has attracted great interest all over Europe. I’m want to visit Bergene Holm Haslestad to see the new electric Tilt Hoist. The project has been very smooth. USNR was responsible for the dismantling, demolition and assembly of the new equipment. Everything went according to our schedule and all tests succeeded on the first try. The project was very successful from start to finish,” he says.

The project clearly means a lot to Bergene Holm Haslestad. It has given the opportunity to continue their growth and become an even bigger manufacturer in the years to come, Glenn Andre Jensen explains: “The new intake at the adjusting plant allows us to produce at a much higher capacity, and we are able to utilize and sort the raw material in a better way. It has also made the every daylife at work much better for our employees,” he adds.

A recipe for success

The project and collaboration between Bergene Holm Haslestad and USNR can be described as a recipe for success, where some ingredients stand out a little extra – a strong intersest to technical solutions, lower environmental impact, innovation, and good communication skills. By investing in more environmentally friendly technology, Bergene Holm has demonstrated that high production capacity can be compatible with lower carbon emissions.

The new equipment, supplied by USNR, has already become a great asset yielding great results, increased production efficiency, and an improved work environment for the employees who spend their days at Bergene Holm Haslestad

To read previous USNR related posts click here

 

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The post USNR – Powerful all-electric Tilt Hoist for Norway appeared first on International Forest Industries.

International Forest Industries (IFI) takes a closer look at the Log Max 6000V Top Saw, a next-generation harvester head designed to improve productivity, measurement accuracy and operational control in modern forestry operations.

Developed for both wheeled and tracked harvesters, the Log Max 6000V Top Saw introduces several engineering refinements aimed at operators working in demanding harvesting conditions – including steep terrain, heavy branching and large-diameter timber.

Tilt Control for complex harvesting environments

One of the defining features of the Log Max 6000V Top Saw is its new Tilt Control system, which allows operators to lock the felling link and position the harvester head at a precise angle during processing.

This added control is particularly valuable when working in:

• Dense crowns with thick branching

• Steep or uneven terrain

• Situations requiring controlled processing of the upper stem

By improving head positioning, Tilt Control helps maintain smoother processing flow and reduces unnecessary stress on both machine and operator.

Optimised saw box design for larger timber

The 6000V Top Saw features a redesigned and extended saw box geometry, now capable of accommodating saw bars up to 90 cm. The repositioned saw unit enables the head to process trees with larger root structures while maintaining stability and cutting performance.

Additional protective elements – including a reinforced root bone plate – help extend chain and bar life, reducing downtime and maintenance requirements in high-output operations.

The maximum cutting diameter reaches approximately 78-80 cm, making the unit well suited for high-volume harvesting applications across logging, biomass and sawmill supply chains.

Improved length measurement accuracy

Accurate measurement is critical in modern forestry, and Log Max has focused heavily on improving this area in the 6000V platform.

Updates include:

• Reinforced measuring wheel arm and attachment

• Improved hydraulic circuit design

• Revised measuring wheel cylinder geometry

Together, these changes allow the measuring system to follow the stem contour more precisely, delivering improved length accuracy and reducing costly measurement errors during processing.

Robust saw unit and service-friendly design

The Log Max 6000V Top Saw is equipped with dual 318 MK2 saw units, featuring durable materials and thoughtful serviceability improvements. New forward-positioned grease points allow lubrication even when the head is tilted, improving safety and reducing maintenance time.

Other enhancements include:

• Reinforced bar holder with Hardox 450 material

• Improved sealing to prevent dust and debris ingress

• Simplified safety shaft design replacing traditional safety chains

These refinements are designed to maximise uptime while maintaining long-term durability in demanding forestry environments.

Designed for productivity, sustainability and precision

Underpinning the 6000V Top Saw is Log Max’s Active Friction Control (AFC) system, which optimises feed force to minimise friction and unnecessary wear. By reducing excess pressure during processing, AFC helps improve timber quality, lower operating costs and support more efficient use of energy.

Combined with the Log Mate 510 control system – compliant with StanForD 2010 standards – the 6000V Top Saw integrates seamlessly into modern forestry data and optimisation workflows.

Availability and applications

The Log Max 6000V Top Saw is suitable for a wide range of harvesting operations, including:

• Commercial logging

• Biomass harvesting

• Sawmill supply operations

• Large-diameter timber processing

The unit is scheduled for availability from Q1 2026.

(Video content below showcases the Log Max 6000V Top Saw in operation and highlights key design features and performance benefits.)

The post Log Max 6000V Top Saw: Tilt Control Technology Redefining High-Productivity Forestry Harvesting appeared first on International Forest Industries.

When it comes to choosing the right size of bucket for an excavator, bigger isn’t always better. A large-capacity bucket may seem like the obvious choice for achieving high productivity and low costs per tonne. However, as they are heavier than smaller-capacity buckets, they can be difficult to fill properly and make the machine move more slowly, ultimately reducing production levels.

A smaller bucket with a high fill factor will load a similar amount of material as a large bucket with a low fill factor, according to HCME Product Manager Mark Luijten. He advises customers on the optimum size bucket for their machine, which brings multiple benefits: “It means increased production, faster cycle times, lower fuel costs per tonne, reduced wear, longer lifespan of pins and bushings, and less stress on the structure of the boom and arm of the machine,” he explains.

Operators will also notice the difference between using a smaller bucket with a high fill factor instead of a larger bucket with a low fill factor. “The machine doesn’t have to work as hard with the smaller bucket, which makes everything run faster and more smoothly,” adds Mark.

He cites a ZX690-7 as an example, fitted with a bucket with a 3.9m³ ISO bucket capacity. “The fill factor was 134%, meaning the actual volume inside the bucket was 5.25m³. It could load a 65-tonne dump truck with 42m³ in eight passes.”

Thanks to the use of high-quality materials, Hitachi buckets are as light as possible without compromising on durability. “For higher performance, less environmental impact, greater efficiency, and less stress for operators, choose a bucket recommended by your machine manufacturer,” concludes Mark.

 

HCME Product Manager Mark Luijten.

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WWF

A new year but tigers still need you…

As we enter the new year, tigers still have poachers on their tails. They still need all the friends they can get. They still need you.

Together we’ve done so much to help tigers recover in recent decades. But there’s only around 5,700 tigers left in the wild. Every tiger we continue to lose to conflict, poaching and the illegal wildlife trade threatens their future survival.

With two thirds of wild tigers residing in India, our work across the Terai Arc Landscape is crucial. Find out more and see how your support can protect tigers for future generations in our video below.

PROTECT TIGERS TODAY

 

The post Start 2026 by standing up for tigers appeared first on International Forest Industries.

Jartek has established Jartek US Inc. in the United States and Les Entreprises Jartek Canada Inc. in Canada. These new subsidiaries provide a clear organizational framework for serving customers across North America and demonstrate Jartek’s long-term commitment to the region.

The establishment of a local presence supports the continued development of Jartek’s global operations and strengthens its international footprint. This approach enhances customer collaboration and enables more efficient project execution throughout North America.

To further support regional sales activities, Jartek has appointed Jeroen Hinnen as Sales Manager for North America. Hinnen brings a vast experience in the wood industry, along with extensive expertise in industrial automation, international sales, and customer-oriented project delivery.

“A strong local presence and experienced professionals are essential to operating successfully on a global scale. By establishing subsidiaries in the US and Canada and appointing a dedicated Sales Manager for North America, we are better positioned to support customers throughout the region,” says Jartek’s CEO Juho Luoranen.

Jartek currently has two active projects underway in North America. A thermal modification kiln project for Arbor Wood is in the installation phase. In addition, Jartek has a new kiln project in the pipeline with Western Forest Products, where engineering and project preparations are ongoing and installation is scheduled for May 2026.

“I am pleased to join Jartek at a time when concrete projects are already underway in North America. Jartek’s strong technical expertise and customer-focused approach provide a solid foundation for supporting customers in the region,” says Jeroen Hinnen.

With established subsidiaries in both the United States and Canada, a dedicated Sales Manager for North America, and ongoing customer projects, Jartek continues to strengthen its global operations while maintaining a strong focus on technical expertise and reliable project delivery.

Jeroen Hinnen, Sales Manager for North America at Jartek.

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Protests have erupted in Aceh Province on the northern tip of Sumatra island, where anger and frustration are mounting over what many see as inadequate relief efforts by a distracted government.

Comact, a global leader in high-performance OEM wood-processing technologies, has announced a major equipment and technology sale to Niagara Sawmilling Company, located in Invercargill, New Zealand. This large-scale modernization project will significantly enhance Niagara’s production capabilities and strengthen operational performance.  “We are excited to move forward with this new sawmill in partnership with Comact.

The technology and expertise they bring will allow us to significantly enhance reliability, efficiency, and fiber optimization across our operations. This investment represents an important step in strengthening our mill for the long term,” said Ross Richardson, CEO of Niagara.

Executed in close collaboration with Lakeland Steel, Comact’s key partner in New Zealand and Australia, the project reflects a shared commitment to delivering cutting-edge technologies supported by strong local expertise.

This brownfield project includes the supply of an entirely new log infeed equipped with a Versa Ring Debarker. The primary breakdown will feature a Hybrid Sawline combining triple profiling, circular saws, a splitting module and a 7ft CETEC bandsaw, followed downstream by a dual-profiling CPG (canter profiler gang). Together, these elements make it the most versatile sawing line ever designed.

The mill will also include a complete trimmer line equipped with an AI-powered TrimExpert optimizer. Additionally, the new installation will be equipped with a suite of Smart Vision systems deployed throughout the process, along with full integration of the sawmill into the OPER8 industrial IoT platform.

“This project is a strong example of what our partnership with Comact is designed to deliver: world-class technologies backed by local execution. Niagara is a respected operator in New Zealand, and we are proud to support the engineering, fabrication, and installation needed,” said Cory Leatherland, General Manager of Lakeland Steel.

“Comact sincerely thanks Niagara for its trust in our people and our company,” said Simon Potvin, CEO of Comact. “Our team is fully committed to delivering this project on-time and on-budget, with the highest standards of engineering, execution, and customer support. With Comact’s global expertise combined with Lakeland Steel’s strong regional capabilities, Niagara can rely on world-class service and long-term support at every stage of the project.”

Equipment delivery is scheduled for late 2026, followed by commissioning in 2027.

ABOUT COMACT

For over 100 years, Comact has been a leading OEM in high-caliber wood processing equipment, digital technologies, cutting solutions, project services, and aftermarket support. Driven by innovation and excellence, we are dedicated to helping our customers address their most pressing operational and business challenges in today’s industry.

ABOUT LAKELAND STEEL

Lakeland Steel Ltd has over 49 years of experience in designing, fabricating, and installing custom machinery for the wood processing and material handling industries. Based in Rotorua, they deliver projects across New Zealand and Australia and export equipment worldwide..

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Many logs became forces of destruction in Indonesia last week, in a sign that deforestation compounded the devastation wrought by a cyclone.

The Wood Recyclers’ Association and WOOD PANEL INDUSTRIES FEDERATION have – December 1st – expressed disappointment over the Government’s decision to keep the wood packaging recycling target unchanged for 2026.

Without a higher target, the trade bodies warn that there will be no incentive to segregate and recycle wooden packaging and drive it up the waste hierarchy.

The two Associations had urged the Government to increase the target to 55% from 2026, citing inaccuracies in the baseline data used to set targets for 2025–2030.

These inaccuracies have lowered the recycling obligation and reduced demand for wood Packaging Waste Recovery Notes (PRNs), a situation compounded by the removal of the general recycling target.

Despite these concerns, the Department for Environment, Food and Rural Affairs (Defra) told the WRA last week that the target will remain at 46% for 2026 and that the targets for 2027 onwards would be reviewed later next year as planned.

This decision comes even as recent data (published November 21) shows a 15% drop in wood packaging reported as reprocessed or exported in the first three quarters of 2025 compared to 2024.

Mark Hayton , Chair of the WRA, said:
“We need a minimum 55% packaging recycling target from 2026 onwards. Without higher targets, there will be no incentive to segregate and recycle clean packaging waste wood—a trend which is already evident in the latest packaging figures.

“Delaying until 2027 means another year lost and even less wooden packaging recycled, undermining both the waste hierarchy and the circular economy.”

Wood PRN values have avoided administrative values this year only because supply has fallen due to challenging market conditions.

WRA and WPIF have been lobbying since early 2025 for the targets to be increased to 55% from 2026 and subsequent years to 2030.

Alastair Kerr, Director General of WPIF, commented:

“In the panel board sector we have seen the volumes of wood packaging coming through for recycling reduce significantly over the past decade and without stronger targets, this trend will continue.

“We need a clear driver to ensure material is segregated and moved up the waste hierarchy.”

Click here to read the full response on the WRA website: https://lnkd.in/epzxkBKV

 

 

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Jartek’s technological development takes a significant step forward when current Automation Business Director Heikki Laaki joins Jartek as its new CTO. The appointment reinforces Jartek’s goal to develop innovative, customer-oriented solutions that combine production engineering expertise, automation, software and the opportunities offered by new technology.

Technological development is accelerating – digitalization and artificial intelligence are becoming part of solutions 

According to Laaki, the coming years will significantly change the technological landscape of the sawmill industry.

“Over the next 3–5 years, digital and especially AI-based solutions will play an increasingly crucial role. This will be reflected in completely new products and services, but also in the acceleration of the development of existing products. The plant purchased from Jartek today will reap the benefits of these future visions thanks to its flexible upgradeability,” says Heikki Laaki

Jartek’s technology strategy is and will continue to be based on scalable systems, modularity, and lifecycle thinking. Utilizing data, intelligent optimization of automation, and solutions that support customers’ production efficiency and competitiveness are the cornerstones of this strategy.

Industry is undergoing a transformation – the role of equipment manufacturers is highlighted 
Technological development in the sawmill industry has accelerated rapidly, and customers have a growing need to understand how digitalization and artificial intelligence will affect future production.

“The sawmill industry is now feverishly thinking about how to keep up with developments while production and profit pressures are high. The exponential spread of artificial intelligence is changing society and the way work is done, but the direct impact in more traditional manufacturing industries is harder to see. As an equipment supplier, our job is to help our customers navigate this transition,” Laaki continues.

Jartek sees a future where intelligent control systems and seamlessly integrated software solutions form a natural part of sawmill production processes.

Photo – Heikki Laaki

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USNR reducer discs are known for their smooth running and high chip quality. With the right choice of discs, your production will see optimal surfaces and the best possible chip size distribution.

The combination of low energy consumption, long service life, and high chip recovery makes USNR’s proven reducer discs the best choice in sawmills worldwide. Their range includes step and spiral discs and offers several center assembly options for optimal recovery and surface finish.

Read more about USNR’s different disc options here.

They also offer center blades and chopping knives for their discs. Genuine USNR tools guarantee the highest possible sharpness and maximum uptime. Contact USNR to find out more about which combination of discs and tools is best suited for your production.

To read previous USNR related posts click here 

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The forest industry is Sweden’s largest transport buyer. The industry is actively working to restructure transport, which would have a major positive effect on Sweden’s total carbon dioxide emissions.

That is why Skogforsk, together with 23 partners, is running the TREE project, whose goal is for half of the forest industry’s new trucks to be electrified by 2030.

As part of this, Alltransport i Östergötland AB, Holmen and Scania Sverige are now inaugurating a wood chip truck that will operate wood chip transports between Holmen’s combined plant in Braviken and Linghem’s sawmill, completely powered by electricity.

On November 19, Alltransport i Östergötland AB, Holmen and Scania Sverige arranged an inauguration of the electric wood chip truck at Scania Sverige in Norrköping.

Representatives of these three companies, all of whom are partners in the TREE (efficient, electrified forest transport) project, and Skogforsk, which is responsible for project coordination, were present. The project is partly financed by Vinnova via FFI (Fordonsstrategisk forskning och innovation).

With this inauguration, TREE’s vehicle fleet is complete and it will now be exciting to follow up and measure the performance of all twelve vehicles in real operation. The TREE project uses reality as a laboratory when we show with a nationwide system demonstration that a large-scale shift from diesel to electricity is possible. Our hope is that if it works in the complex environment of the forestry industry, it will work in several other industries, says Mats Ostelius, communications specialist at Skogforsk.

Joint ribbon cutting and premiere trip to Braviken sawmill

During the opening ceremony, the organizers talked about the project and inaugurated the electric wood chip truck by cutting a ribbon, when Maria Björk Hummelgren, vice president and head of business policy for the East Sweden Chamber of Commerce, also got scissors in hand.

The electric wood chip truck then set off on its maiden journey to Holmen’s sawmill in Braviken, a route operated by Alltransport.

As a transport company, we want to enable our customers’ transition journey towards more environmentally friendly transport and build long-term partnerships that give us the courage to invest in new technology. With the TREE project, we have achieved a concrete example of this – the region’s first electric wood chip truck, whose equipment has a total weight of 72 tons. The transition requires a range of technologies and fuels to create a more sustainable transport sector, says Mathias Lidén, CEO of Alltransport.

Reduces the forest industry’s and Sweden’s carbon dioxide emissions

The Swedish forest industry is Sweden’s largest transport buyer and the industry is actively working to streamline and restructure transport, which would have a significant effect on the country’s entire carbon dioxide emissions. The electric wood chip truck will transport wood chips between Holmen’s combined plant in Braviken, with a sawmill and paper mill, and the sawmill in Linghem. Holmen sees great potential in electrifying transport, which, like the wood chip truck, takes place on specific routes and is therefore plannable.

Since 2005, we at Holmen have reduced our emissions by over 90 percent. Transport is one of the main sources of the emissions we have left and we are continuously evaluating different options to reduce them. Through the TREE project, we are learning about the conditions for electrified transport. Wood chip transport is a good place to start testing – the routes are plannable and therefore easier to optimize, says Erik Olsson, timber manager for the South region at Holmen Skog.

A 72-ton tile stacker – powered entirely by electricity

The current electric chip truck is a Scania R 450E 6×2*4 model and is equipped with an electric machine with 450 kW (~610 hp) continuous power. The batteries are Scania’s own NMC batteries and the installed capacity is 624 kWh, which makes the truck well suited for regional transport. Scania’s batteries have a high energy density and are adapted for low temperatures with a charging power of up to 375 kW.

The range of the vehicle is estimated to be approximately 250–300 km for the current operation. With a 45-minute charge, an additional 120–150 km range is added.

Scania is driving the shift to sustainable transport, where electrification is a crucial piece of the puzzle – not just for the forest industry, but for society as a whole. To succeed, brave decisions and new collaborations across traditional boundaries are required. Through our involvement in the TREE project, we show that the transition is also underway in forest transport. We are proud to be driving the development towards fossil-free transport in practice, together with our partners, says Stefan Lindblom, Director Business Support at Scania Sweden.

For more information, contact:

Andrea Stuart, PR specialist Holmen, andrea.stuart@holmen.com , 073-070 66 95
Sarah Klint, Marketing Manager Alltransport, sarah.klint@alltransport.se , 011-19 83 24
Hans Strömberg, PR & Press Scania Sweden, hans.stromberg@scania.com , 070-088 35 52

About the vehicle

Modell: Scania R 450E 6×2*4.

Installed battery capacity: 624 kWh.

Total weight: 72,000 kg. With the trailer included, the maximum load weight on the BK4 road is approximately 47,000 kg. On the BK1 road approximately 39,000 kg. The operating weight is just under 25,000 kg.

The supplier of the wood chip construction and trailer is Eksjö MT AB.

 About the TREE project

TREE (Transition to efficient electrified forestry transport) is a collaborative research and innovation project coordinated by Skogforsk, the Swedish forestry research institute, and the network organization CLOSER at Lindholmen Science Park.

The project’s goal is to contribute to 50 percent of all new trucks in the forestry industry being electrified by 2030. The project involves 23 partners, including forestry companies, logistics companies, hauliers, charging companies, technology companies and research actors.

To read previous Skogforsk related posts click here 

 

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Ponsse is a globally leading forest machine manufacturer and a pioneer in the development of responsible logging solutions. The company’s PONSSE Manager system collects data produced by forest machines and visualise it as user-friendly reports.

Available as the paid PONSSE Manager Pro and the free PONSSE Manager Standard service package, the system brings improved transparency and control to the work of forest machine owners, operators and office workers. Ponsse Manager Map Tools works seamlessly with the forwarders of all manufacturers. While a Ponsse harvester is required to provide data, any forwarder — including subcontractor forwarder — can be connected to the system.

“We’re constantly developing digital solutions for our customers’ needs. Accordingly, we developed the new features, Emissions Report and Map Tools, in cooperation with our network. We’re constantly developing the PONSSE Manager Pro package to help forest machine owners, operators and office workers better plan and monitor their activities, making their daily work easier and more productive,” says Petteri Tuomisto, Sales Manager of Digital Services.

 Map Tools paint a fuller picture of logging sites

The Map Tools are a new core feature of the PONSSE Manager Pro service package. They can show both machine routes and harvester production rates by assortment on a map. This allows forwarder operators to easily check how many stems are waiting for transport in the forest as well as what is already in storage.

“In the forest, harvester operators may encounter places that they must mark for forwarders, including obstacles, soft ground and other important features. The Map Tools function allows the operator to mark these on a map as points of interest, POI,” says Tuomisto.

“Snowfall may cover logs even between shifts, making it difficult to identify the tree species and locate stems. Production monitoring helps forwarder operators determine the right assortments and quantities quickly, which keeps their work smooth, effective and on schedule.”

Emission reporting helps meet environmental requirements

As the first forest machine manufacturer in the world, Ponsse presents the Emissions Report function included in the Manager Pro service package calculates and shows the atmospheric CO₂ emissions of harvesters and forwarders on the machine, site and company level for a given period.

“The monitoring of site-specific emissions helps reduce fuel consumption, which effectively supports the meeting of both environmental requirements and business goals. Emission reporting also helps to identify which machines are best suited for different logging sites. The reports provide different perspectives to emissions: from individual machines to the company level by working method or period,” says Tuomisto.

Sign up now for PONSSE Manager Pro and take advantage of a free three-month trial at https://manager2.ponsse.com/

Further information

Petteri Tuomisto

Ponsse Plc, Sales Manager, Digital Solutions

petteri.tuomisto@ponsse.com, tel.  +358 40 528 9835

Documents

Ponsse Manager Pro EN

Petteri Tuomisto, Sales Manager of Digital Services

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Four proposed rules could make it easier to drill for oil or harvest timber in areas where endangered species live.

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Allgon Group proudly congratulates Tele Radio on reaching an extraordinary milestone — 70 years of innovation, reliability, and global growth. What began in 1955 as a small venture has evolved into a world leader in Remote Technology, trusted by industries where safety, agility, and precision are essential.

With presence in over 25 countries and a strong global network, Tele Radio makes the backbone of Allgon Group’s global reach as well as a strong grasp on many industries where safety, agile communication and reliable remote-control products are paramount.

Strategic integration within Allgon to accelerate value creation

In 2023, Allgon Group started the process of consolidating Tele Radio’s R&D, product management, sustainability, quality, and compliance functions—together with sister brands Åkerströms and Sistematica—into a single operating framework. This integration aims to:

• Accelerate innovation through shared platforms and reusable modules.
• Broaden market coverage with a wider, complementary product range.
• Enhance operational efficiency through aligned roadmaps, procurement, and testing.
• Strengthen governance across safety, regulatory compliance, and sustainability.

The combined approach has already supported the launch of the next-generation PAQ handheld line, emphasizing functional safety, flexibility, and improved user experience for demanding industrial environments. As shared capabilities continue to grow, Allgon expects a steady cadence of platform updates, an expanded accessory ecosystem, and broader application coverage.

2030 and Beyond

Tele Radio plays a key role in the group’s forward-looking strategy. As a driving force in product and technology development, the brand remains central to Allgon’s long-term vision and future growth.

“Allgon and Tele Radio share a passion for innovation and reliability,” said Linda Nyquist-Evenrud, Allgon’s Group CEO. “Seventy years is a remarkable achievement, and we see a bright future ahead — with Tele Radio continuing to lead the way in our growth journey.”

Mediakontakt

Allgon Marketing | Luis Olavarría

+31 70 4194127 | marketing@allgon.com

About Allgon

Allgon develops and produces solutions for industrial radio remote control and is the parent company of the brands Sistematica, Tele Radio and Åkerströms. Together, they deliver safe and innovative remote control solutions to customers worldwide.

With a long history in wireless communication and a clear focus on radio remote control, the Allgon Group is today one of the five leading players globally. The solutions are used across industry, construction and transport sectors, contributing to increased safety, efficiency and reliability in demanding environments.

Learn more at www.allgon.com

Linda Nyquist-Evenrud, Allgon’s Group CEO

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EXO Canter is USNR’s culmination of decades of experience building complete primary lines. It reflects everything we’ve learned, what works, what doesn’t, and what’s next.

From features that prioritize safety to easier, cleaner maintenance, uncompromising feed control to extensive configurability, EXO Canter is designed to address the concerns of modern mills.

EXO Canter is ready to transform your primary breakdown process. With virtually limitless configuration options and the full backing of the Paragon Design Standard, it’s the most advanced and adaptable line USNR has ever delivered.

Contact your USNR representative to learn more. You can also visit our website to read the full article and watch a comprehensive video on EXO Canter

https://youtu.be/hnH0TGJOkVk

Or click here to view YouTube video

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The post USNR – Ask about the future of primary breakdown appeared first on International Forest Industries.