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CMD Corporation: Defining Reliability and Profitability in Pouch Equipment

Defining Reliability

When it comes to total cost of ownership and profitability, all pouch equipment is not created equal.

Reliability is the number one desired machine attribute for pouch converters, but this deceptively simple statement can sometimes be misunderstood.

“Reliability isn’t only about the sturdiness of the machine,” says Scott Fuller, Pouch Equipment Product Line Manager for CMD. “It means that production will be reliable; that pouches will be of consistent quality; that downtime, especially unexpected stoppages, are minimized. It’s about product going out the door, on time, at the expected cost.”

Similar to how we expect our automobiles to be reliable; to consistently run and give us as little grief as possible, converters expect reliability in their equipment.

CMD logo

What are some gauges for reliability?

1. The machine should be well-made – designed to provide process stability for many years – and to do so without frequent operator intervention.

Obviously, to achieve optimal payback the equipment should last for years, even decades. But in that time, the stability of the process should not degrade. Some of this comes from the overall build quality of the machine, the raw materials and the workmanship. Some of this comes from the design of the machine.

Some converters have the good fortune of having in-house experts that keep lesser-quality machinery running. They fix and tinker, adjusting springs and settings, sometimes even rebuilding sections of machines to get them to operate to the converter’s needs and expectations. This is a vanishing skill set, and more often than not, converters are faced with a shrinking labor pool of skilled workers. Entry-level operators and frequent turnover require a reliable machine that runs efficiently and effectively, day in and day out, without the need for frequent maintenance or monitoring.

CMD 760-SUP Stand-Up Pouch system
The CMD 760-SUP Stand-Up Pouch system sports a new, compact, space-saving design.

“The long-term stability and sustained operation of the machine needs to be considered at the design stage, says Fuller. “Our machine includes a simplified mechanical design, with fewer moving parts resulting in fewer opportunities for wear.”

Fewer maintenance touchpoints mean that you spend less time with preventive maintenance tasks.

Those maintenance touchpoints that do remain have been completely re-designed to make the tasks much easier and faster to complete. (i.e., guillotine knife blade replacements in 20-minutes, simplified nip-roll changes, fewer lubrication points, easier access to the various workspaces on the machine, etc.)

2. The machine should offer low total cost of ownership
A reliable pouch machine benefits your bottom line by offering truly shorter changeovers and a meaningful reduction in downtime associated with both preventive maintenance tasks, as well as unplanned downtime. The end result is that your machine will be producing sellable product for more of the time, resulting in a quicker payback and lower cost of ownership.
“Being in tune with our customers’ goals, which most often included optimizing machine uptime – (that time when the machine is producing sellable product) – allowed CMD to offer a machine with the best payback and lowest total cost of ownership in the industry,” says Fuller.

3. The machine performs to expectations, which includes keeping scrap rates to a specified threshold. It must reliably produce consistently high-quality pouches
The machine is an asset, a tool, that needs to deliver a specific amount of product in a specified amount of time (throughput.) It must have speed capabilities that will maximize productivity. Meaning, speed is important as long as quality is assured, and waste is minimized (efficiency.) It is expected to make a quality pouch, and is relied upon to play its part in getting orders out the door on time.

a close-up of pouch machinery components with labels
CMD’s unwind web clamp is one of many features that
save waste and ensure precise web handling.

“CMD pouch machines have been designed with one goal in mind; to provide the most stable process available in the market today, requiring fewer operator interventions during a production run,” says Fuller, explaining that this results in less scrap during the run.

“Our proprietary registration averaging system means that fewer tooling adjustments are needed as the roll is consumed, and CMD’s patented Intelligent Sealing Technology provides the most consistent and repeatable sealing process available in the industry,” he adds. “In addition, our 3-D laser alignment step delivers the most consistent web-control available, while our proprietary web-tension management system allows the user to balance web tension from the roll to the cut-off, providing fewer instances of ‘feature-drift’,” says Fuller. All of these features contribute to a robust and reliable process that can be repeated from roll-to-roll and lot-to-lot.

4. The machine is reliably simple to operate and maintain

Keeping operation and maintenance simple is a sure way to cut costs and save money.

Quick seal die changes – most often in under 2 minutes – are one of
CMD’s fast-changeover design features.

Easy to operate touch screen controls and machine adjustments contribute to product quality, minimize downtime and support a reliable process control. Pouch equipment has come a long way, and quick-change features, like CMD’s easily accessible seal dies for under-2-minute changes, significantly reduced start-up and changeover time.


“Challenges with recruiting and retaining operators makes simple set-up and operation imperative,” says Fuller. “Machinery that is straightforward to operate, with recipes and adjustments that are easily repeated, help mitigate the challenges converters face with operator turnover.”

Affordable/accessible spare parts and reliable, responsive service are also an important component to simplified, reliable operation. Converters look for low cost and accessibility for common wear parts. The OEM that provides reliable, consultative service, including providing the tools for preventive maintenance to avoid unscheduled downtime, is a valuable partner.

“Our customers have been pleasantly surprised by our spare parts pricing, choosing to purchase easily sourced parts through us, rather than a third-party supplier. This strategy of pricing spare parts competitively was deliberately developed as we defined our identity as a true supplier partner; that partnership means that our customers can rely on CMD as their ‘one-stop-shop’. Maintenance managers tell us they appreciate that they don’t need to manage so many different suppliers.”

CMD designs and manufactures high-performance equipment for blown-film and flexible package converting, including patented high-speed rotary drawtape trash bag lines, pre-made pouch packaging equipment, film and bag folders and winders. CMD also designs and manufactures systems, and provides station monitoring, training and service for the CNG (Compressed Natural Gas) and RNG (Renewable Natural Gas) refueling markets.

Custom engineering and product development are available from the 45,000 sq. ft. Technology Center. Experienced CMD technical service representatives are available for field service, installation and extended process validation.

A professionally staffed parts department offers quick turn-around to minimize downtime. An established supplier with more than 30 years’ experience, CMD serves a global marketplace and manufactures all equipment to exacting standards at USA facilities.

CMD Corporation
By: Scott Fuller, Product Line Manager, Pouch and Intermittent-Motion Equipment

Titletown Manufacturing: Large part machining simplifies the machine assembly process

Titletown Manufacturing is investing in enhanced machining capabilities

Titletown Manufacturing LLC logo

Titletown Manufacturing has invested in a powerful new Mazak vertical machining center that will ramp up our ability to complete large part machining operations. The new machine, which will be calibrated and ready to bring online by spring, is the latest step in our commitment to providing unsurpassed quality in northeast Wisconsin.

“Since it requires a good four weeks of lead time to receive raw materials, we are already accepting orders appropriate for this large part machining asset,” says Chris Fuss, co-owner of Titletown Manufacturing. “This machine will further differentiate us from other mid-size shops. Our expanded large part machining capabilities will now be as much as double that of other vertical machining centers.”

The new Mazak machine has 80 inches of x-axis travel and 60 inches of y-axis travel. Its speed of operation and ability to hold tolerances more accurately than older equipment delivers production benefits that result in exceptional outcomes. It is part of our comprehensive set of complete machine assembly services along with plumbing, electrical, small part machining, metal fabrication and more.

Large part machining takes a step up with new Mazak machine

The Mazak vertical machining center complements our boring bar in fulfilling large part machining projects. The vertical machining center is the machine of choice for face work on metal plates, while the boring bar offers the table size necessary to complete edge work.

Our large part machining work often centers on fabricating the side and base frames of large machines. This project segment includes components such as larger cross members, stabilizers, positioning pieces, and frames for multi-functional paper converting equipment and robotics equipment.

Titletown Manufacturing simplifies the machine assembly process for OEMs by serving as a collection point for components our team produces as well as specialty items shipped in from other suppliers. The large part machining, industrial precision grinding and other CNC operations position us as a hub to efficiently complete machine assemblies.

About Titletown Manufacturing LLC

Titletown Manufacturing LLC is a trusted metal machining and fabrication shop with over 60 years of experience in CNC machining, welding, grinding, assembly and reverse engineering for a wide range of industrial customers throughout the region. The company employs more than 30 people at its facility at 817 Marquis Way in Green Bay, Wisconsin.

For more information on Titletown Manufacturing or to request a quote, please go to https://titletownmfg.com/ or call 920-435-9074.

Robinson’s contract custom fabrication provides onshore options

Versatile in-house capabilities deliver Made in the USA solutions

Original equipment manufacturers (OEMs) rely on contract custom fabrication services from Robinson to minimize their own capital equipment outlays while leveraging the expertise of our Wisconsin workforce. As a single-source contract custom fabrication partner, we are able to control virtually every aspect of a project, provide regular project updates, and deliver orders on time.

Robinson logo

“We see our role as an extension of our customers’ internal teams and capabilities,” explains Jeff Kroening, director of sales for Robinson. “Our contract custom fabrication services enable customers to focus on their core competencies while feeling confident in us as their supply partner.”

Robinson’s contract custom fabrication services provide end-to-end solutions beginning with design for manufacturability (DFM) discussions and continuing through factory acceptance testing (FAT), transportation and installation. Our teams fulfill orders ranging from stand-alone projects such as solar energy storage to ongoing, consistent supply arrangements.

Contract custom fabrication excels behind a growing workforce

Robinson's fabrication facility

Robinson continues to invest in facilities, technology and people in our commitment to lead the contract fabrication market from the front. Powered by a highly trained, growing workforce of nearly 600, we are a regional employer of choice that attracts and retains talented individuals. This results in contract custom fabrication services that are dependable and ultimately profitable for our customers.

We have the unique ability to leverage nearly 500,000 square feet of flexible manufacturing space across four locations in northeastern Wisconsin. Few manufacturers offer the array of expertise that we are able to bring to contract custom fabrication projects through a vertical integration model. Our diversified service offerings include machining parts, fabrication of weldments, product assembly, electrical and automation skills, paint and coatings, plumbing, HVAC and more.

“Our customers appreciate the simplicity of working with an American-based supplier,” Kroening says. “Our approach to contract custom fabrication reduces the complexity of projects from the customer’s standpoint and helps them retain a greater sense of visibility and control.”

About Robinson, Inc.

Robinson, Inc., is a single-source metal solutions provider based in De Pere, Wisconsin. Robinson offers design, manufacturing and production fabrication for a wide range of industries. The company employs nearly 600 people at four Wisconsin locations comprising 500,000 square feet of manufacturing space.

For more information about Robinson’s capabilities or to request a quote, please call (920) 494-7411, or visit https://robinsoninc.com.

Rolls for EV manufacturing address multiple process points

PRS’s diverse capabilities provide a one-stop source for battery makers

Precision Roll Solutions logo

The quickly growing electric vehicle (EV) market is creating opportunities for battery makers to expand their revenue streams. Precision Roll Solutions (PRS) contributes expertise in producing rolls for EV manufacturing that elevates battery factories to the levels of precision they need to succeed in this market.

PRS’s reputation as a leader in the design and production of vacuum tension rolls is a key differentiator among manufacturers of rolls for EV manufacturing. Vacuum tension rolls deliver much more precise tension control than is possible using traditional S wrap web configurations.

S wraps rely solely on friction to adjust tension levels on the web, but this configuration makes it difficult to isolate higher levels of tension. Vacuum tension rolls are a more effective choice as rolls for EV manufacturing because of their ability to isolate higher tension values at multiple points in the process without damaging delicate web substrates.

Vacuum tension rolls also help minimize dust in clean environments, particularly when it comes to the graphite coatings on anode and cathode layers of the battery. PRS engineers can calibrate mesh screens within a manufacturing window to better control the inevitable dust particles.

Fine mesh screens are also available to help prevent vacuum-induced damage to sensitive web substrates.

Vacuum tension rolls eliminate risk of damage from nip pressure

Paper mill machine

Isolating higher tension levels on a web can be a significant challenge that some manufacturers attempt to counter using nip pressure from two rolls. This technique creates safety issues for workers as well as the fragile web substrates they carry.

In the case of rolls for EV manufacturers, these assets are tasked with handling films and foils used in the production of anode and cathode layers of batteries. The amount of pressure necessary in nips to hold tension can damage sensitive webs and cause other web handling issues. Vacuum rollers are used to handle webs and isolate web tension while having the benefit of single-sided contact with the substrate.

PRS produces a variety of rolls for EV manufacturing including metering rolls, coating rolls, calendering rolls, slitters and rewinders, and other roll handling machines. Depending on the width of the base web, slitters trim the edges and rewinders prepare the substrate for further processing elsewhere in the battery making process.

For more information about Precision Roll Solutions’ design and manufacturing capabilities, please call (920) 336-7382, or visit https://precisionrollsolutions.com.

About Precision Roll Solutions

Precision Roll Solutions is a family of roll specialists, each with unique skills gained over years of experience serving the world’s most discerning brands. Together, we help leading manufacturers leverage texture and other process variables to make their products more effective and enhance their impact; from tissue, plastic films and nonwovens to heavy gauge embossed metal and everything in between.

Susan Stansbury: Rust to Tech Part 2

PFFC logo

By Susan Stansbury, Industry Consultant
Reprinted with permission from www.PFFC-Online.com

This is Part 2 in a 5-part series. It began with a look at the rust belt image, concentrating on mills making substrates and related converting. Part 2 is a snapshot of converting examples with associated suppliers and technologies. With the reminder that converting operations add value to roll goods substrates, here are some of the elements. Additionally, it’s notable that converting, from start to finished products often involves several steps at one or multiple companies.

Slitting & Winding

This would seem to be the most basic, simple aspect of converting. However, there is a range of capabilities with increasing precision among converters. Some companies can convert extra-wide mill rolls; some cut unusually small ones; diameters provided range from jumbo to tiny—all depending on customer requirements. Some converters who slit and wind rolls combine this step with others such as multiple layering or moving the material directly into other transformations such as flexo printing, coating, and laminating. Improved precision in slitting and winding cuts waste and increases productivity.

Throughout the converting processing world, there is increased automation for quality, reliability, and relief when it’s difficult to recruit workers. “Automation and ERP (Enterprise Resource Planning) are among the latest technology focus in converting,” says John Michaud, an owner at American Custom Converting (ACC), Green Bay, “where tagging and coding every plant location and piece of equipment allows us to scan and track raw materials and finished goods at every step. It lets us know how far along the job is, where waste is occurring and whether we made a profit on that shipment.”

two rolled papers

ACC is investing in automated roll handling to increase speed of roll packaging and in small roll rewinding for customer needs of wide (130”) but small diameters (4” – 20” OD’s)/length as little as 20 feet, with/without a core.

Numerous companies support web handling upgrades at converters. Center surface winding specialists include Associated Machine Design; Atlas Converting’s slitter-winder technology supports the packaging industry; Chase Machine and Engineering touts its 3-D modeling for unwinds-rewinds-slitters while integrating ultrasonics, glue dispensing and thermal bonding.

Bringing new technologies to converting, even when retrofitting equipment are companies like Midwest Engineered Systems where they build new and update converting systems. Retrofitted automation systems, integrated motors and controls are a focus of Quad Plus. Modular Web Solutions offers flexibility; Motion Controls Robotics brings the latest automation that connects production to the front office interfacing with ERP solutions.

Drying

The evolution of paper, substrates and converting into higher technologies improves everything from throughput to energy reduction. Processes often use dryer ovens or infrared drying. Today, many have gone from decades-old traditional equipment to technologies such as a fresh new look at infrared drying. According to Dave Wurtz, CEM, a Milwaukee area consulting engineer, “drying solutions include precision design and manufacture of IR lamps that emit IR in a very narrow bandwidth of the IR spectrum, namely in the 1.35-to-2.5-micron range. This precise range of IR penetrates deep into the sheet creating a positive vapor pressure causing rapid drying. In fact, this drying is so rapid that the evaporation causes a cooling effect with the substrate being cooler leaving the dryer than it was before entering, thus protecting often heat sensitive substrates.”

The dryers Wurtz describes remove twice the water per installed KW when compared to traditional IR, using half the energy and needing less real estate on the machine which is often at a premium. Compact dryers are designed around machine speed and width, with modular options. It’s a technology that’s well suited for paper, nonwovens, coating, laminating, flexible packaging, cold seal and other adhesives and flexographic printing.”

Adhesives and Laminates

Part of technology upgrades involves looking at other competing options. For example, Patrick Kellogg of Savare Specialty Adhesives North America has explained that switching from water-based adhesives to hot melt in assembly lines cuts waste and has better turnaround times. “There is no drying or cure time,” he says, “and for layered materials, it’s an ideal approach.” Applications also include foam-to- foam bonding, tapes, and pressure-sensitive labels.

Companies like Sierra Coating Technologies work with coatings and laminating expertise using paper, poly, and nonwovens to produce “Super Material ™”. Mid South Extrusion produces polyethylene films in mono and multi-layered structures for printing and converting. Eight-color printing, plus laminating for roll stock, bags and pouches requires converting complexity by Fredman Bag Company.

Next: Part 3 will cover some of the latest converting technologies with an emphasis on their associated markets.(Note: this article was edited slightly from the original.)

Pixelle to Restart Paper Machine in Chillicothe, Ohio

Paper Machine #24 to produce food packaging papers

October 4, 2022

SPRING GROVE, PA — Pixelle Specialty Solutions LLC (“Pixelle”), a leading manufacturer of specialty papers in North America, has announced plans to restart a paper machine in the Chillicothe, Ohio facility. The company is investing $21 million to upgrade and restart the #24 paper machine (PM24) and plans to hire 52 full-time employees to operate and maintain it. Pixelle will also fill 50 temporary positions to support construction and engineering
requirements related to the restart.

“The current supply-demand balance in the market and our Ohio facility’s competitive, integrated cost structure has afforded us the opportunity to restart paper machine #24 (PM24) at the Chillicothe mill. This rebuilt machine will add 75,000 tons per year of capacity to serve our customers in the food packaging, commercial inkjet and other specialty paper segments. These are growing attractive markets where Pixelle has leading positions,” said Timothy R. Hess, Pixelle’s President and CEO.

Tim added, “We would also like to acknowledge JobsOhio for an economic development grant that will support an employee training program to provide workers with the skillsets required to operate the paper machine safely and efficiently.” PM24 was originally built as a coated printing papers machine, upgraded most recently in the 1990’s. Pixelle idled the machine in 2017 based on declining supply-demand market dynamics at the time. Several upgrades in the current rebuild will enable Pixelle to produce an attractive product mix for its customers. Pixelle expects the machine to be fully online shipping quality specialty papers in early first quarter 2023.

About Pixelle Specialty Solutions

Pixelle Specialty Solutions

Headquartered in Spring Grove, PA, Pixelle Specialty Solutions is a leading manufacturer of specialty papers in North America with one of the most comprehensive portfolios in the industry. Through innovation, quality and expertise, Pixelle delivers high-performance solutions that help customers boost brand appeal and improve customer experience while supporting sustainability goals. For more information, visit www.Pixelle.com.

Gain Control’s Swift, Expert Conversion of Industrial Control

Panel to 3-Phase

When our customer came to us for a boiler controls upgrade, the Gain Control team swiftly and expertly developed a strategy to fit their needs, deadline, and budget. With our innovative approach, we developed industrial controls that were compatible with their new system, safe, and easy to operate – all at an amazing price and timeframe.

machine completed panel

Our customer was in the middle of an upgrade of the boiler controls for a large institutional building. As part of the upgrade, the feedwater pumps were switched to higher efficiency 3-phase 480 VAC models. The existing control panels were originally designed for single phase 208/240 VAC pumps – and as a result the control panel could not be used. Since the customer already had an accepted bid on the job, there was very little room in the budget for drastic changes, and the timeline was tight.

To protect the timeline from supply chain disruptions, we proposed reusing durable components with long life cycles like push buttons, terminals, and the transformer and enclosure. The reuse of components also allowed the budget to stretch to include adding automatic control using an Allen-Bradley MicroLogix PLC, ethernet connectivity, and a touchscreen for easy operation.

The last goal was to increase operator safety by re-wiring the electrical panel using best practices like utilizing wire ducting, finger-safe terminals, logical design, and clean wire routing. Please compare the following photo with the completed panel above. You will see all the fuses in the original electrical control panel are exposed, and the wire routing is open and unprotected by wire duct.

machine panel

Laying Out Components

Once we removed all the components from the back panel, we temporarily laid them out using scraps of wire duct. This allowed us to arrange the components in a logical way, while maintaining open space to meet code and help
keep components cool. After we were happy with placement, everything was traced with erasable markers. All mounting holes were drilled and tapped in a separate part of the shop, away from the clean room – assuring that metal shavings couldn’t get near electrical components.

laying out components
wiring in progress

Wiring In Progress

Wiring began once the back panel was populated. We started by grounding components that required it. Then we wired
the panel in the following order: high voltage AC, 120VAC, 24VDC and finally Class II wiring. The photo to the left shows the panel partway through the wiring process.

The last steps were to put the back panel in the enclosure, wire all buttons on the door, and land those wires on the correct terminals of the panel. Doors take a substantial amount of time to wire correctly. In the photo on the right, you can see how perfectly the wires are attached to the door. You can also see how the small touchscreen was fitted in next to the buttons that we re-wired.

machine panel

These were the upgrades and additions to the industrial control panel: 208/240VAC upgraded to three-phase 480VAC, Allen Bradley MicroLogix 850 PLC, 4” touchscreen, finger-safe fuse holders, proper wire ducting, panel identification tags, ANSI (American National Standards Institute) safety warning labels, terminals so field wiring can be landed safely, and a networking switch so it can be connected to the plant network.

completed panel

As you can imagine, our customer was thrilled with the results. We replaced an aging and outdated boiler control panel with a safe, reliable, and state-of-the-art control panel to improve efficiency and maintain a more comfortable interior environment for patrons.

This boiler control panel upgrade is just one example of the innovation that our customers
expect from us, and we deliver every time.

Let Gain Control LLC make your controls work for you!
Sales@gain-control.co 920-822-5202
https://gain-control.co

THE GREEN BAY INNOVATION GROUP presents: BUILD BACK the WISCONSIN PAPER INDUSTRY

GBIG logo

DATE: March 2, 2023
REGISTRATION: Go to: www.greenbayinnovationgroup.com Events. The cost is: $40.00 per person lunch
included.
PLACE: Johnsonville Tailgate Village by Lambeau Field
TIME: 7:00 a.m. to 4:00 p.m.

KEYNOTE SPEAKERS and PANEL:

  • Marty Ochs Executive Director of the Green Bay Innovation Group – Host
  • Jerimiah Janssen Vice President of First Business Bank – Sponsor
  • Brit Swisher Midland Paper – Area Vice President – Northern Region
  • Michelle LeMere – Vice President of Engineered Specialties at Pixelle Specialty Solutions
  • Congressman Tom Tiffany of Wisconsin

PANEL:

SPECIAL INVITED GUESTS:
Scott Suder President of the Wisconsin Paper Council, Sam Riikers COO of WEDC, Barb LaMue President of The New North and Kelly Armstrong Vice President at Greater Green Bay Chamber and Ann Franz at New Manufacturing Alliance.

SCHEDULE:

  • 7:00 a.m. Check In
  • 8:00 a.m. Jerimiah Janssen First Business Bank Sponsor
  • 8:15 a.m. Michelle LeMere Pixelle Specialty Solutions
  • 9:00 – 9:45 a.m. Brit Swister Midland
  • 9:45 – 10:00 a.m. Break
  • 10:00 – 12:00 p.m. Panel Discussion
  • 12:00 – 12:15 Break
  • 12:15 – 1:15 p.m. Lunch
  • 1:15 – 2:00 p.m. Congressman Tom Tiffany
  • 2:00 – 4:00 Networking

GBIG News Plastics Industry Employment And Economic Impact On Wisconsin

Marty Ochs

The Plastic Industry employs 43,446 people in Wisconsin. Nationally, Wisconsin Ranked 8 th in plastics industry employment. The direct payroll in Wisconsin, including captive plastic products, is $2.3 billion. Plastic-dependent industries add another $42.2 billion to the state’s payroll. Together, plastics companies and the industries that depend on plastic contribute $11.4 billion in state and federal personal income taxes and $5 billion in payroll. We see plastic companies located across the state of Wisconsin. This past year Plastic News names top 10 2022 Processor of the Year finalists, Sustained Excellence winner. Wisconsin has three of them:

  • Radius Packaging in New Berlin, WI excels at Sustainability.
  • Redline Plastics in Manitowoc leads with employee relations which helped the company to
    become one of the fastest-growing North American rotomolders.
  • Teel Plastics a repeat finalists located in Baraboo. Teel was the fastest-growing company in this
    year’s Processor of the Year Finalist with major additions boosting employment and plant
    expansion.

The Green Bay Innovation Group will host an EVENT on April 12, 2023: The Present and Future of Plastic Recycling featuring an outstanding group of speakers. George Huber UW Madison Engineering and Director of the Chemical Upcycling of Waste Plastics will be our lead speaker. In the morning, we will have a tour of Convergen Energy 600 Liberty St. Green Bay starting at 9:00 a.m. to 10:30 am. We will have lunch at Johnsonville Tailgate next to Lambeau starting at 11:30 a.m. You can register by going to: www.greenbayinnovatongroup.com EVENTS. The cost is $40.00 per person.

Marty Ochs
Executive Director
Green Bay Innovation Group

GBIG NEWS | 6 Winter Events 01/18/2023

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Get links to the latest news, events, stories, and interviews from our 5P news sponsors. Our goal is to remind the decision-makers in Wisconsin of the importance of our industry both historically, and more importantly, into the future.

Read the latest 6 Winter Events on the Internet below.

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