3 Custom Robotic Solutions That Are Elevating the Wood Products Industry

PRE-TEC Wood Products Automated Solutions

PRE-TEC’s Turnkey Material Handling Solutions are on the Forefront of Automation.

PRE-TEC, a division of the Willamette Valley Company, is a robotic systems integrator specializing in turnkey material handling solutions. As one of the largest integrators on the West Coast, the company has designed and installed hundreds of flexible automated systems using six-axis robots. For this post, we’re spotlighting some of PRE-TEC’s custom robotic solutions created for the wood products industry. 

Much of PRE-TEC’s success can be attributed to the company’s determination to produce innovative, custom solutions designed specifically for their customer’s production needs. Their automated systems combine multi-axis robot arms, custom end-of-arm tooling, and safety hardware to address, resolve and optimize the most challenging manufacturing applications. Technicians focus primarily on key applications, specifically dispensing, material handling (load/unload functions), material finishing (deburring, polishing), and wood product applications (painting, tagging, and wrapping).

Here are three automated solutions developed by PRE-TEC that are elevating the wood products industry. 

#1 PRE-TEC’s ROBOTIC SPRAY BOOTH
PRE-TEC was the first in North America to employ robotic automation in a wood products spray application system. Now in its sixth generation, the Robotic Spray Booth reduces waste and keeps mill interiors cleaner by using targeted sealer placement and advanced airflow management techniques. One of our favorite features of PRE-TEC’s state-of-the-art Robotic Spray Booth is the remote access monitoring option – this means faster service and fewer on-site visits to perform diagnostics and troubleshooting! Learn how this six-axis robotic system streamlines throughput with increased paint transfer efficiency. 

BENEFITS » Advanced spray gun technology provides consistent coverage and appearance while reducing waste » Four-stage filtration allows air to be safely released into the plant (no roof penetration required) » Negative air pressure inside the booth results in better containment and a cleaner mill environment » Tip access door lets operators service spray guns without entering the containment booth » Filter media location permits easy access by operators » Remote Access Monitoring option reduces the need for on-site visits to perform diagnostics and troubleshooting.

Learn more by downloading PRE-TEC’s Robotic Spray Booth Spec Sheet.

#2 PRE- TEC’s ALL-IN-ONE STENCIL/STRIPER SYSTEM
Pre-Tec’s Stencil /Striper system is an all-in-one system that stencils your products with your logo, and provides end-stripping identification for your products. The system will accommodate up to three colors and allows producers to quickly change markings, stripes and text, increasing throughput and debottleneck operations. It features a six-axis FANUC robot with a custom end-of-arm tool with a marking head and a spray gun to print logos and product information or apply striping.

BENEFITS » Clear, sharp logo images » Precise product identification » Better paint management » Two functions in one system » Potential for increased through-put 

Download PRE-TEC’s Stencil/Striper System Spec Sheet to learn more. 

#3 PRE-TEC’s ROBOTIC CARDBOARD APPLICATOR SYSTEM
PRE-TEC’s Robotic Cardboard Applicator System uses a six-axis, industrial robotic arm that uses multiple end-of-arm tools to automatically singulate, apply and secure cardboard protector sheets to the sides of OSB or plywood panel stacks. In addition to singulating cardboard, this system performs various tasks, such as folding and stapling. The flexibility and accuracy of the robotic arm allows programming of precise staple patterns and consistent cardboard placement for repeatable results on every load. 

BENEFITS» Reduces workplace injuries by automating a dangerous, manual task. » Requires minimal tending, allowing personnel to be utilized elsewhere for more efficient use of labor. » Increases throughput and offers the potential for 24/7 operation. Learn more by downloading PRE-TEC’s Robotic Cardboard Applicator Spec Sheet.

Please visit www.wilvaco.com to learn more about WVCO’s other divisions.

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Proud to Be An Exclusive FANUC Authorized System Integrator

 

How Engineered Wood Products Are Changing the Way We Build

These innovative mass timber projects are changing the way we think about building with wood. 

 Mass Timber Projects That Demonstrate the Power of Engineered Wood

Wood has been the go-to building material since the dawn of humanity, however, the advancements in the wood products industry have made this “old” standby seem new again. The beneficial properties and pleasing aesthetics of engineered products are inspiring architects, engineers, and builders to reimagine the possibilities of wood. 

Through advancements in technology and design, engineered wood products are helping usher in a new era of office and residential buildings in urban settings. We could point to hundreds of building projects that demonstrate the power of building with engineered wood products. However, here are just a few case studies that highlight how engineered wood products like Cross-Laminated Timber (CLT) and Glulam are being incorporated in modern building designs throughout North America. 

APA Case Study: Kelowna Office Building– 3935 Lakeshore Rd
Location: Kelowna, British Columbia

Kelowna-Office-Building- Source APA Wood

Kelowna-Office-Building- Source APA Wood

This 3-story, 14,000 square-foot office building is framed with glulam post and beam, with CLT making up the floor and roof systems. According to this case study published by the APA – The Engineered Wood Association, CLT provided an unprecedented level of structural integrity, design flexibility, and cost-competiveness with a high level of aesthetic value, thanks to the natural beauty of wood. Click here to learn more about this project.  

APA Case Study: Winfield Gate 
Location: Houston, Texas

Winfield Gate.Source APA-Wood

Winfield Gate.Source APA-Wood

This upscale development of 4,000- to 6,000-square foot, four-story luxury townhomes uses wood structural frames and demonstrate the load-carrying capacities of engineered wood glulam beams. “There’s no question that glulam help us achieve our design goals,” says Andy Suman, partner at Röwe & Wright, developer/builder. The glulam also helped meet the area’s high-wind load requirements. Other engineered wood products utilized in this project include open-web wood trusses, OSB subflooring, and walls fully sheathed in 1/2-inch plywood. Click here to download this case study.

APA Case Study: Brelsford WSU Visitor Center 
Location: Pullman, Washington 

APA Case Study-Brelsford WSU Visitor Center

APA Case Study-Brelsford WSU Visitor Center – Source APA

The Brelsford WSU Visitor Center is a functional showcase of several engineered wood products, inspiring and educating visitors on wood’s aesthetic and structural capabilities. Mountain pine beetle-killed wood was used extensively throughout the interior, too. Click here to download this case study. 

APA Case Study: Atlantic Station Project
Location: Atlanta, Georgia

Atlantic Station- Photo Source APA Wood

Atlantic Station- Photo Source APA Wood

Engineered wood is spotlighted in this case study of an award-winning development built in Atlantic Station, an urban renewal project located in Atlanta. Wood’s design versatility and sustainability are highlighted in the construction of two of Atlantic Stations’ high-density residential projects on the site of the former Atlantic Steel Mill. Click here to download this case study. 

1430 Q 
Location: Sacramento, California

D & S Development made construction and engineering history by creating the first building in the U.S. that included six levels of livable space framed in wood over a 2 story concrete podium. At the time it was built, 1430 Q’s the tallest wood frame building at 85ft. tall and unlocked more potential for building with wood. State of the art fireproofing and engineering gives its tenants the highest standards of fire safety, as it now takes 2-hours for a fire to burn through one wall. 

Case Study: Origine 
Location: Quebec City, Quebec

Origine-ThinkWood

Origine- Photo Source: Think Wood

 
At 13-stories high, Origine is among the world’s tallest all-wood residential towers in eastern North America. This distinguished landmark was constructed using cross-laminated timber (CLT) and is part of an ever-expanding roster of mass timber multifamily projects across Canada.

As a company that serves the Wood Products Industry, It’s exciting to witness this new era of innovative timber-built projects. 

Click here to see more construction projects and even more innovative wood buildings that are changing how we live and work. To learn more, visit CLT Basics on www.apawood.org & Is the Construction Industry About to Enter a Timber Age? on our blog.

Increased Exposure to Wood Can Improve Health and Well Being

Growing Evidence Suggests Biophilic Designs of Hospitals, Offices, Schools, and Other Buildings Can Regulate Stress Levels

Wood has been used as a building material for thousands of years, but we’re only beginning to truly understand its benefits. Building with wood has not merely practical and environmental benefits, but it has also been linked to better physiological and psychological wellbeing. Not only is wood aesthetically pleasing, but environments with wooden structures are also shown to cause a drop in blood pressure, lower the pulse, and have a calming effect. The result is enhanced productivity and learning, reduced stress, and improved focus. This natural phenomenon is often referred to as the Biophilia Effect and there is science behind it.

Biophilic Designs

Human beings are meant to be in nature, but modern society dictates more of our time being spent indoors rather than outdoors. To remedy this, more building designers are incorporating natural elements like exposed wood, natural light, and plants into their building structure. This concept is often referred to as biophilic design, the idea that spending time in a more natural setting can improve physical and mental health for the people who live, work, and gather in the space. The trend of biophilic design in offices and other workplaces has been growing for years.

Though research on the biophilic properties of wood is still in its early stages, there is a growing body of evidence that increased exposure to natural elements can result in an impressive list of beneficial effects, including but not limited to better learning rates, lower blood pressure, reduced stress, and faster healing. The white paper, WHY DO WE FEEL BETTER WITH WOOD?, examines the benefits of biophilic design, and the growing body of research behind it. Here are some other examples of researchers studying the physiological and psychological impact of natural elements: 

Environmental psychologist Dr. Sally Augustin and researcher Dr. David Fell found humans automatically relax when they are surrounded by views of nature, natural light, plants, and exposed wood upon their review of existing research from the U.S., Canada, Austria, and other countries. Fell (2010) studied the autonomic responses of 119 subjects in wood and non-wood offices before, during, and after a stressful mental task. In this study, sympathetic nervous system activation was lower in the wood room. Skin conductance level was lower in the wood office during the pre-and post-test periods. Further, the rate of non-specific skin conductance responses, measurable divergent stressful thoughts, in the wood office was less than half that as in the non-wood office.
Source- Wood as a Restorative Material in Healthcare Environments, February 2015 

Marjut Wallenius, a Docent and Doctor of Psychology at the University of Tampere concluded use of wood promotes the health and well-being of mind and body in her research, “Wood has psychological effects on people and a similar stress-reducing effect to nature,” she says. 
Source – Wood Construction Reduces Stress and Offers a Healthy Living Environment 

Wood was associated with decreased blood pressure in an Austrian study; high school students who were taught in classrooms with floors, ceilings, and walls finished in real wood had lower heart rates than students taught in classrooms with no wood elements (Kelz et al., 2011). Besides having lower heart rates, students in the wood classrooms also reported lower levels of stress than those in non-wood classrooms. 
Source- Wood in the human environment : restorative properties of wood in the built indoor environment

A Japanese study comparing physical and emotional responses to viewing wood versus steel panels found that wood had both physiological and psychological advantages over steel (Sakuragawa et al., 2005). Wood panels were associated with decreased depression or dejection, while steel increased both. Aside from mood, researchers measured a difference in blood pressure as well: wood panels were associated with decreased blood pressure or no change, while steel was associated with increased blood pressure. 
Source- Nature in Design: The Biophilia Effect

Forest and Wood Products Australia commissioned a study that linked nature, biophilic design, and wood with improved physical and mental wellbeing. The study surveyed 1,000 Australian workers and found a correlation between the presence of wood and employees’ satisfaction at work, lower absenteeism, higher levels of concentration, and improved productivity. 
Source- “Workplaces: Wellness+ Wood = Productivity”

Willamette Valley Company offers some of the most innovative wood products solutions in the industry, including patches, fillers, extenders, coatings, inks, abrasives, tapes, and a wide variety of outstanding application equipment and parts. What can Willamette Valley Company do for you today? Find out now.

Proud to Be An Exclusive FANUC Authorized System Integrator

PRE-TEC Exclusive FANUC Authorized System Integrator

FANUC, a global leader in automation for manufacturing, is home to the industry’s largest and most trusted network of industrial robot system integrators. PRE-TEC, a division of the Willamette Valley Company, is part of this elite group of robotic system integrators, known as the FANUC Authorized System Integrator (ASI) Network for automation systems. 

PRE-TEC has been designing and building Flexible Automated Solutions using six-axis robots as the cornerstone of its turn-key systems for more than thirty years. By focusing on producing solutions that are designed around the customer’s specific production needs like dispensing, material handling (load/unload functions), material finishing (deburring, polishing), and wood product applications (painting, tagging, and wrapping), PRE-TEC has evolved into FANUC’s largest integrator in the Western United States.

Take a look at this Robotic Spray Booth System, the first of its kind in North America. Using PRE-TEC’s previously proven components in conjunction with a six-axis robotic arm, the booths have greatly increased paint transfer efficiency and dispensing system reliability.

Being an exclusive FANUC Authorized System Integrator has also enabled the company to produce game-changing turnkey material handling solutions like their FASWeld Standard Robotic Weld Cells.

Take a look at PRE-TEC’s FASWeld 1 which integrates the FANUC ARC Mate 100iD 6-axis robot, FANUC R-30iB+ Robot Controller with Touch Pad iPendant and FANUC ARCtool software. FASWeld 1 is ideal for companies new to automation that want to develop their in-house robotic welding abilities. 

Our PRE-TEC division is ready to analyze your system requirements and provide a robotic solution that will improve quality, throughput, and productivity to give you the return on investment you are looking for. Our systems combine multi-axis robot arms, custom end-of-arm tooling, conveyance systems, and safety hardware to address, resolve and optimize the most challenging manufacturing applications. Click here to get in touch with one of their engineers today! 

Engineered Wood Product 101- What is Structural Composite Lumber (SCL)?

Structural Composite Lumber (SCL)

Photo Credit: APA – The Engineered Wood Association

Engineered wood’s surge in popularity through the years comes as no surprise to us. Willamette Valley Company is a leading supplier of wood products and custom solutions for engineered wood manufacturers and we are seeing an increase in demand for engineered wood products like never before. More and more architects and construction builders are embracing them for their economic advantages, construction quality, durability, sustainability, and aesthetics. There is an extensive range of engineered wood products we’ve written about in the past like Plywood and Cross Laminated Timber (CLT), however, we’re taking a closer look at Structural Composite Lumber (SCL) and in this post. Here are some frequently asked questions.

What is Structural Composite Lumber (SCL)?

Structural composite lumber is defined by the APA – The Engineered Wood Association as “a family of engineered wood products created by layering dried and graded wood veneers, strands or flakes with moisture-resistant adhesive into blocks of material known as billets, which are subsequently resawn into specified sizes”. 
APA- Structural Composite Lumber (SCL)

What Are Examples of Structural Composite Lumber?

Some common examples of SCL include Laminated veneer lumber (LVL), parallel strand lumber (PSL), laminated strand lumber (LSL) and oriented strand lumber (OSL). 

-Laminated Veneer Lumber (LVL) is the most widely used of the structural composite lumber products and is often used in headers and beams, hip and valley rafters, scaffold planking and the flange material for prefabricated wood I-joists. 

-Parallel Strand Lumber (PSL) is frequently used as load-bearing columns. Like LVL and glulam, PSL is used for beam and header applications where high bending strength is needed.

-Laminated Strand Lumber (LSL) is used in a variety of applications from studs to millwork components.

-Oriented Strand Lumber (OSL) is made from flaked wood strands and also used in a variety of applications from studs to millwork components.

Why Do Builders Use SCL? 

There are a range of reasons why structural composite lumber  (SCL) products are an appealing choice, here are just a few. 

-Stability & Consistency. SCL is known by builders and architects for it’s solid, uniform properties and is virtually free from warping and splitting, making it ideal for a range of industrial uses and building projects. 

-Quality & Design Flexibility. The material’s high quality and design flexibility are also appealing qualities in the building and construction industry. 

-Cost Savings. SLC is not subject to the same price volatility found in solid lumber markets. 

Environmental Sustainability. SLC is sourced from sustainably managed North American forests and produces very little waste. It can be manufactured using small, fast-grow and underutilized trees, therefore representing an efficient use of forest resources. Another interesting fact: APA-trademarked SCL products are exempt from U.S. EPA and California formaldehyde regulations due to their very low emission rates.

What is SCL Used For?

SCL’s high quality and strength makes it a practical choice for rafters, headers, beams, joists, studs and columns. Typical uses for SCL are also

Upholstered furniture frame components
Wood furniture substrate
Case goods, shelving and retail displays
Door and window components
Recreational vehicles
Truck and trailer components
Bench and seat components
Engineered flooring substrate
Concrete form wales and bracing
Domestic and export crating and packaging
Substrate for counters, tables, pool tables, and bowling alleys

About Willamette Valley Company (WVCO)

The Willamette Valley Company is a leading supplier of wood products and custom solutions for engineered wood and mass timber product manufacturers all over the world for over six decades. WVCO works to fulfill our mission by maintaining close partnerships with leading wood products organizations like APA – The Engineered Wood Association, a nonprofit trade association for engineered wood product manufacturers. To learn more about engineered wood products and custom solutions, check out our wood products division and be sure to visit www.apawood.org.

How Robots & Automation Are Helping to Fight the COVID-19 Pandemic

covid-19-coronavirus-covid-cell-pandemic-corona-virus-1608807-pxhere.com

As the COVID-19 pandemic overwhelms healthcare systems and devastates economies all over the world, there has never been a greater need for advances in science and technology. As a leading automation systems integrator, we’re following these developments with great interest. Scientists and engineers around the world propose that robots could be an essential support for humans in fighting the virus by performing tasks that would otherwise put human workers at risk, speed up the production of test kits, and other critical supplies through automation. 

MIT roboticist Kate Darling notes that machines helping humans do their jobs has plenty of precedent in this piece published recently on Wired.com. “ATMs allowed banks to expand teller services,” she says. “Bomb disposal robots let soldiers keep more distance between themselves and danger.”

The COVID-19 crisis is not the first time scientists have recognized the potential role robotics could have in combating infectious diseases. According to ScienceRobotics, the White House Office of Science and Technology Policy and the National Science Foundation identified three areas where robotics can make a difference during the 2015 Ebola outbreak: clinical care, logistics, and reconnaissance (monitoring compliance with voluntary quarantines).

Some countries and organizations have already embraced the technology to overcome the massive challenges caused by the pandemic. Here are just a few examples of how automation and robots could be used to fight COVID-19 by reducing the workload of overburdened essential workers and help prevent the spread of the virus.  

⎹ Collecting patient samples and automating lab tests.
⎹ Allow doctors and nurses to treat patients remotely.
⎹ Enable experts all over the world to perform medical tasks and contribute to research without having to travel.
⎹ Using automation to make  COVID-19 testing more efficient. 
⎹ Automate cleaning and food preparation jobs that are currently put humans at risk. 
Disinfect potentially contaminated surfaces in healthcare facilities and public spaces either using UV light that kills bugs or by repurposing agricultural robots and drones to spray disinfectant. 

Click here to see more ways robots are being used to minimize the spread of COVID-19 around the world. 

In addition to fighting the pandemic, robots are being utilized around the world to help keep the economy and infrastructure intact by tackling the many logistical challenges created by the crisis and carrying out crucial deliveries of food and medication without exposing humans while some grocery stores are beginning to use robots to keep shelves stocked

While robotics and automation cannot replace the advanced skills and the quick life-or-death decision making required from health care workers, scientists and engineers around the globe believe that the technology can go a long way to help human workers stay safe and fight the virus. See some additional resources below to learn more about the important role robotics and automation will play in this crisis.

Combating COVID-19—The role of robotics in managing public health and infectious diseases

COVID-19 pandemic prompts more robot usage worldwide

The Covid-19 Pandemic Is a Crisis That Robots Were Built For

This robot could make COVID-19 testing faster and safer 

How Robots Are Helping Grocery Stores During The Coronavirus Outbreak

Robots to the Rescue: How They Can Help During Coronavirus (and Future Pandemics)

How China, the US, and Europe are using robots to replace and help humans fight coronavirus by delivering groceries, sanitizing hospitals, and monitoring patients

Robots And Drones Are Now Used To Fight COVID-19

Pre-Tec

PRE-TEC, a division of WVCO, is a leading automation systems integrator specializing in turn-key material handling solutions. For more than thirty years, we have been building Flexible Automated Solutions designed around our customer’s specific production needs. The PRE-TEC engineers can provide more information about our services and custom robotic technologies. Contact us today for an engineering review of your needs.

PRE-TEC Enhances Robotic Weld Cell Automation With FASWeld Standard Robotic Weld Cells

FASWeld Standard Robotic Weld Cells

“We are excited to bring to market an affordable, expandable, and easy-to-use robotic weld cell system that enhances the capabilities of companies as they first turn to automation and beyond.” – Pre-Tec General Manager, Stan Reynolds

Even though Willamette Valley Company’s Pre‐Tec Division has engineered more than 370 robotic systems and has become one of the largest integrators of robotic systems in the western region of North America, we are always searching for new ways to offer effective solutions through robotic automation.

One of our latest expamples of this is Pre-Tec’s unique line-up of FASWeld Standard Robotic Weld Cells, built for companies using automation for the first time, as well as customers looking to expand their robotic automation capabilities. Each system is developed using the highest quality industrial components.

The small footprint through single-piece platforms allows for rapid delivery and installation time through pre-engineered solutions that are affordable and simple to use. The robotic experts at Pre-Tec have designed solutions that enhance load and unload time through dual-zone systems with room for customization as needs change or expand.

PRE-TEC Enhances Robotic Weld Cell Automation With FASWeld Standard Robotic Weld Cells

Careful planning went into each solution with the presence of forklift pockets for quick transport within the facility with leveling functions to ensure accuracy. Safety is at the forefront with the presence of modular fencing, welding flash curtains, push button operator controls, and service access doors.

Pre-Tec Robotic Automation

PRE-TEC, by expanding their material handling capabilities, continues the problem solving tradition by producing custom robotic operation solutions for other companies’ manufacturing challenges. Learn more about our robotic weld cells by going to www.pre-tec.com or download more information here.

APA – The Engineered Wood Association Publishes New Engineered Wood Case Studies

WVCO is proud of its longstanding partnership with the APA – The Engineered Wood Association, a nonprofit trade association for engineered wood product manufacturers. APA represents approximately 150 mills throughout North America, ranging in size and structure. The association is considered the “Leading Resource for Information About Engineered Wood Products”.

This month, the organization published two new case studies illustrating the benefits of engineered wood and mass timber products. Both case studies are available as free downloads on the APA website, www.apawood.org.

Beauty and the Budget APA-Wood Case Study
Photo @ APA – The Engineered Wood Association

Beauty and the Budget showcases Portland, Oregon, LEVER Architecture’s use of plywood and mass timber elements throughout the Flex building, a multi-purpose structure in Portland. In addition to exposed plywood for the shear walls, the LEVER team used exposed glulam beams throughout and glulam for the stairs as well.

“Innovative use of wood allows us to create powerful architecture even for projects with limited budgets,” architect George Michael Rusch said. “When you can use mass timber for its inherent structural properties, you can make buildings that speak volumes. It’s about the morality of the material.”

Download Case Study: Beauty and the Budget or visit www.apawood.org. 

APA Case Study-Mass Timber Has Banks Seeing Green
Photo @ APA – The Engineered Wood Association

Mass Timber has Banks Seeing Green features the new First United Bank branches in Shawnee, Oklahoma, and Fredericksburg, Texas. Both the first mass timber structures in their states, these net-zero buildings were designed with engineered wood for economic and sustainability reasons.

“First United wanted buildings that really showed how they were built and related to their customer base,” according to Gensler project architect Taylor Coleman. “Using mass timber was the best way to accomplish those goals.”

Download Mass Timber has Banks Seeing Green or visit www.apawood.org.

APA – The Engineered Wood Association is a nonprofit trade association that works with its members to create structural wood products of exceptional strength, versatility, and reliability. Combining the research efforts of scientists and engineers at APA’s 42,000 square-foot research center with the knowledge gained from decades of fieldwork, and cooperation with our member manufacturers, APA promotes new solutions and improved processes that benefit the entire industry.

Learn more about APA – The Engineered Wood Association.

WVCO Partner Spotlight on the European Panel (EPF) Federation

WVCO Partnership European Panel (EPF) Federation

The Willamette Valley Company has formed a number of valuable partnerships with multiple organizations that helped us lead the way in the Wood Products industry in the United States and across the world. This month, we are spotlighting one of the newer partnerships we have formed with the European Panel (EPF) Federation, the “voice of the EU wood-based panel industry”. EPF represents the European manufacturers of particleboard, MDF, OSB, hard and softboard, and plywood and represents members in 25 countries.

As demand for wood products increases globally, the EU wood panel industry is thriving; bringing in about 22 billion euro each year while creating more than 100,000 jobs for an estimated 5,000 businesses across Europe. In the ever-changing political and economic environment across Europe, there is a growing need for a collective voice to speak on behalf of members of the EU wood-based panel industry and European Panel (EPF) Federation provides just that. “Working with our members, we make the case for the industry as an integral part of the EU’s bio and circular economy, while championing high standards of wood-based panel manufacturers and their contribution to a greener, more sustainable economy,”​ states the organization.

Their mission is to advocate for all producers of particleboard, MDF, OSB, hardboard, softboard and plywood producers, suppliers and stakeholders for economic, technical and environmental issues towards European and international institutions. In addition, the organization provides detailed communications and data for its members as well as increase opportunities to showcase their members’ work.

Architects, builders, and designers all over Europe are embracing wood products for construction projects due to multiple economic and environmental benefits of using the material. Wooden structures are proving to be more durable and provides other benefits like fire resistance, superior acoustic insulation, better thermal insulation in addition to an overall pleasing aesthetic. For more on this, read Types of Wood-Based Panels and Their Economic Impact.

As WVCO is a multinational corporation, we are especially proud to partner with this outstanding organization that is taking steps to further the wood products industry throughout Europe. We are recognized the world over by industry associations and organizations, as well as other leading-edge companies who have found it beneficial to forge partnerships with us in order to better serve their customers and memberships. Those same partnerships have enabled us to better serve our customers by giving us access to the latest technologies, methodologies, and resources. Some of our other valued partnerships include:

American Plywood Association – APA

American Public Works Association – APWA

American Railway Engineering and Maintenance-of-Way Association – AREMA

American Short Line & Regional Railroad Association – ASLRRA

Canadian Plywood Producers – Canply

Engineered Wood Technology Association – EWTA

International Concrete Repair Institute – ICRI

NACE International

Polyurea Development Association – PDA

Polyurethane Manufacturers Association – PMA

Railway Engineering-Maintenance Suppliers Association – REMSA

The Society for Protective Coatings – SSPC

Wood Moldings and Millwork Producers Association – WMMPA

New Video Gives Virtual Tour of Willamette Valley Company’s New Facility

Ever been curious about what happens inside The Willamette Valley Company? A new video is offering viewers a rare look into the day-to-day operations of the Willamette Valley Company facility in Eugene, Oregon. Take an aerial journey into our new 110,000 sg ft. building with over 60,000 sg ft. of manufacturing space on Owen Loop Road and get a birds-eye view of our technicians, scientists, and engineers hard at work creating high-performance custom solutions in the largest custom robotic integrator on the West Coast- WVCO’s PRE-TEC division.

PRE-TEC has been creating innovative, automated solutions for manufacturing companies throughout North America for over thirty years. The experienced automation team of mechanical and electrical engineers believes that the one-on-one communication with each client, on every project, when designing and building systems has been the key to their success. The company strives to collaborate with each customer to develop a consistently reliable and cost-effective solution which address the customer’s manufacturing challenges, can be successfully implemented, and rapidly deployed. PRE-TEC is proud to introduce their new operation to manufacturers in the Western States and across North America.

For more videos and information on WVCO’s divisions, visit our YouTube Channel or click here to go to our main web page.