Woodpack Global LATAM brought the wood packaging industry together in Mexico City on September 2-3, 2026, to talk about the equipment, operating pressures, and relationships shaping the market. Cresswood Shredding Machinery was proud to exhibit, meet manufacturers and industry partners, and learn more about the challenges wood packaging operations are working to solve throughout Mexico and Latin America.

For pallet manufacturers and other wood processors, the central question is practical: How can an operation process wood waste more efficiently without adding unnecessary labor, floor-space demands, or downtime? The answer begins with treating scrap handling as part of production instead of an afterthought. A properly engineered wood waste recycling system can reduce bulky material at the source, simplify handling, support cleaner material flow, and prepare wood residuals for their next use.

The conversations and new relationships formed at Woodpack Global LATAM reinforced why that work matters. Wood packaging companies need equipment that matches their actual material, volume, layout, and downstream goals – not a one-size-fits-all machine dropped into the plant.

The conversations at the conference revealed familiar pressures: raw material costs, supply chain disruptions, and the need for automation that improves safety and efficiency. For manufacturers in Mexico, modernization involves both production equipment and the organizational processes that support it. Business owners are evaluating how to move established operations forward while making better use of their materials and employees.

One question connected those priorities: What can we do with our residual wood waste? Answering it requires more than choosing a grinder. It requires understanding the handling process inside the plant and the outlets available beyond it.

Key Takeaways for Pallet and Wood Packaging Manufacturers

• Mexico and U.S. manufacturers share concerns about raw material costs, supply chain disruptions, safety, and production efficiency.
• Greater access to skilled labor does not remove the opportunity to reduce time spent moving scrap.
•  Wood waste recycling requires a confirmed regional outlet; grinding alone does not guarantee a buyer or material revenue.
• Equipment selection should account for feedstock, throughput, contaminants, facility layout, output requirements, and long-term support.

Why Wood Waste Handling Is a Production Issue

In pallet and wood packaging facilities, scrap does not wait politely at the edge of the operation. Broken pallets, cutoffs, stringers, deck boards, and other residual material take up space, interrupt traffic flow, and require someone to move them. When the process depends on repeated forklift trips, overflowing containers, or manual handling, waste begins competing with production for labor and floor space.

That is why wood recycling shredders and pallet recycling shredders should be evaluated as part of the plant’s material flow. The right system reduces oversized wood scrap into a consistent output that is easier to convey, store, transport, or prepare for a downstream market. It can also reduce the number of touches between the moment scrap is generated and the moment it leaves the facility or enters its next use.

The goal is not simply to make waste smaller. The goal is to engineer unnecessary handling out of the operation.

What Should a Pallet Operation Look for in a Wood Waste Recycling System?

A pallet operation should choose wood waste recycling shredders based on its material profile, required throughput, contaminants, available space, labor constraints, and desired end product. Equipment reliability and serviceability matter because a grinder that cannot keep pace with production quickly creates a backlog on the plant floor.

Before selecting equipment, operators should be prepared to answer a few basic questions:

• What type and volume of wood waste does the facility generate during a typical shift?
• Does the infeed include whole pallets, broken pallet components, cutoffs, or mixed wood residuals?
• How is scrap moved today, and how many labor hours or forklift trips does it require?
• What particle size does the downstream process or end market require?
• Where will the shredder sit, and how will material enter and leave the system?
• What happens to production if the size-reduction equipment is unavailable?

Those answers shape more than machine selection. They help determine the infeed method, discharge conveyance, controls, safety considerations, and whether the best approach is a standalone pallet shredder or a broader engineered scrap handling system.

Many visitors to Cresswood’s booth were still learning about grinders and size-reduction methods. Those conversations began with the fundamentals: how the equipment works, where it fits into a pallet operation, and how a better scrap handling process can support safety and efficiency.

That educational starting point matters. A manufacturer should understand how a proposed system will change day-to-day work before evaluating individual machine specifications. Connecting the equipment to a specific handling problem makes the investment easier to assess.

 

Labor Efficiency Matters Even When Skilled Workers Are Available

Labor efficiency matters in both markets, but the reasons for investing in automation are not identical. In Cresswood’s conversations, manufacturers in Mexico generally had greater access to skilled labor than many U.S. operations. Historically lower labor costs have also influenced how facilities operate. As that cost advantage narrows, manufacturers are taking a closer look at how employees’ time is used.

Even where skilled labor is available, assigning employees to repeatedly move scrap can limit the value they contribute to production. Every time an operator leaves production to stack scrap, load a cart, or wait for a container to be moved, the plant loses productive time.

A well-designed wood scrap handling system reduces those interruptions. Depending on the application, material can be fed near the point of generation and discharged into a conveyor, collection system, or other downstream process. That creates a more predictable path for scrap and allows employees to stay focused on value-added work.

For operations evaluating ROI, the labor calculation should extend beyond headcount. Measure the minutes spent handling scrap, the forklift traffic devoted to waste, the production space occupied by bulky material, and the time supervisors spend managing workarounds. Small interruptions repeated across every shift can become a high annual cost.

For a closer look at measuring those hidden costs, read How Wood Manufacturers Are Reducing Labor Costs With Scrap Handling.

Wood Waste Recycling in Mexico: Match the Output to Local Markets

Unprocessed pallet and wood waste is bulky, inconsistent, and expensive to manage. Size reduction creates a more uniform material that can be easier to store and transport. Depending on the wood stream, contamination level, local infrastructure, and buyer requirements, processed material may be suitable for outlets such as mulch, animal bedding, boiler fuel, biomass applications, or other recovered-wood markets.

Those outlets are not automatic. Each operation must understand its material and the specifications of its potential end market. But consistent output gives a manufacturer more options than a container filled with irregular pieces of wood. It can also improve container utilization and reduce the frequency or cost of haul-away service.

The availability of a downstream outlet is particularly important in Mexico, where the network of biomass users is less developed than the network Cresswood encounters in the United States. A grinder can prepare wood for another use, but it cannot create a local buyer or guarantee demand. Manufacturers should identify potential users, confirm their material requirements, and understand transportation costs before including recovered-wood revenue in an investment calculation.

Boiler fuel is one outlet Cresswood frequently encounters in the United States, including regions with cold winters. Manufacturers in Mexico need to evaluate demand in their own region rather than assume the same outlet will be available. The practical question is who can use the material locally, at what specification, and at what cost to deliver it.

Disposal economics also differ. In the U.S. operations Cresswood works with, landfill and transportation costs can create a strong reason to reconsider existing practices, although those costs vary significantly by location. In Mexico, disposal costs may provide less immediate financial justification for grinding. The case for a system may depend more heavily on labor efficiency, safer material handling, space utilization, and a confirmed downstream use.

As circularity and responsible resource management become a larger part of the industry conversation, wood packaging manufacturers have an opportunity to plan a more intentional path for their residual wood. That starts with matching processing capabilities to realistic regional outlets.

American-Made Industrial Shredders Built for Pallet Grinding

Wood packaging waste is demanding. Pallet components can be dense, irregular, and contaminated with nails or fasteners. A machine selected only on nominal horsepower or opening size may not deliver the dependable performance the application requires.

Cresswood designs and builds American-made industrial shredders in Cortland, Illinois. Its low-RPM, single-shaft equipment is engineered for demanding wood and pallet recycling applications. For manufacturers evaluating world-class industrial grinders, durability must be measured against the actual material and daily operating conditions. The equipment must be sized around the real feedstock and duty cycle, while the complete system must account for how material reaches the rotor and where it goes after processing. That application-first approach is essential when uptime supports the rest of the operation.

Service and long-term support belong in the same discussion. Cresswood’s approach combines equipment engineered for the rigors of pallet grinding with responsive after-sale support and prompt shipment of tooling and parts. Wear components, maintenance access, controls, and parts availability all affect the true cost of ownership. Manufacturers evaluating an application in Mexico or elsewhere in Latin America should discuss those support needs alongside the equipment requirements. The strongest system is one engineered to keep doing the job in the customer’s daily environment. Long-term trust also depends on listening to the customer, keeping commitments, and supporting the equipment after installation.

Reliable operation also depends on maintenance planning. Read Heading Into Q4, Downtime Gets Expensive Fast. Is Your Shredding System Ready? for a closer look at equipment readiness.

“A relationship built on earned trust, keeping your promises, and always listening to customer’s needs.” — Ryan Butzman, President and Director of Sales, Cresswood Shredding Machinery

Woodpack Global LATAM Was About More Than Equipment

Trade shows are valuable because they put technical questions inside a broader conversation. Woodpack Global LATAM allowed Cresswood to hear directly from people working across the wood packaging industry, understand how regional priorities are evolving, and build relationships that can continue long after the show floor closes.

Cresswood was honored to exhibit at the event and grateful for the many conversations and new connections formed in Mexico City. The experience also reinforced a simple principle: the best equipment decisions begin with listening. Before recommending a shredder or grinder, the manufacturer needs to understand the customer’s material, workflow, bottlenecks, and goals.

One meaningful connection was with the national sales director and business development director of UFP Empaques. Cresswood already supports grinding applications across UFP’s U.S. operations, and the discussion in Mexico City opened an opportunity to explore how that experience could support the company’s operations in Mexico.

That conversation reflects the value of relationships built through proven performance. Familiarity with Cresswood’s work in the United States provided a starting point for discussing needs in another market. Any future application will still depend on understanding the local operation, its material stream, and its support requirements.

The participation of Mexican pallet and packaging business owners also underscored an interest in modernizing processes and strengthening industry practices. Woodpack Global’s regional presence creates opportunities for manufacturers and equipment suppliers to share knowledge, discuss standards, and develop relationships that support that work.

For related perspectives from the U.S. market, read What Pallet Operators Need to Know in 2026.

Building a Better Wood Waste Process

For pallet and wood packaging companies, improving wood waste processing can support multiple goals at once: less manual handling, better use of floor space, more predictable material flow, lower disposal costs, and a more consistent recovered product. Achieving those results requires more than buying a grinder. It requires connecting equipment selection to the way the entire plant operates.

If your facility is evaluating pallet recycling shredders, industrial wood shredders, or a complete wood scrap handling system, start with the process you have today. Document the material, volume, labor, movement, downtime risk, and desired output. Those details give Cresswood’s team the foundation to help evaluate a system built around the application.

Frequently Asked Questions About Pallet and Wood Waste Recycling

What is a pallet recycling shredder?

A pallet recycling shredder is an industrial size-reduction machine designed to process whole pallets, broken pallet components, stringers, deck boards, and related wood waste into a smaller, more consistent output. The processed material is easier to convey, store, transport, or prepare for an appropriate downstream use.

What is the best shredder for wood pallet waste?

The best shredder depends on the pallet material, hourly volume, contaminants, feeding method, available space, required output size, and duty cycle. An application review is necessary because a machine that works for intermittent broken-pallet disposal may not be appropriate for continuous production or a fully integrated scrap handling line.

Can industrial wood shredders process pallets with nails?

Industrial shredders built for pallet applications can be engineered to handle typical nails and fasteners found in wood pallets. The exact material stream should still be reviewed before equipment selection so the shredder and any downstream separation equipment match the application.

How can on-site wood shredding reduce operating costs?

On-site shredding can reduce the volume of bulky wood waste, improve container utilization, decrease manual handling, reduce fork truck movement, and help prepare material for recycling or recovery markets. The financial impact depends on current labor, hauling, disposal, and downstream material values.

What can processed pallet wood be used for?

Potential outlets can include mulch, animal bedding, boiler fuel, biomass, and other recovered-wood applications. Suitability depends on wood type, contamination, particle size, local regulations, buyer specifications, and available regional markets.

How should a wood packaging plant prepare for an equipment consultation?

Gather information about the types and volumes of material generated, current handling process, labor involved, available floor space, utilities, desired throughput, target particle size, contaminants, and the intended destination for processed material. Photos, videos, and facility layouts can also help an equipment manufacturer evaluate the application.

Does Cresswood design complete wood scrap handling systems?

Yes. Cresswood evaluates the application and can engineer a system around the material, production rate, facility layout, infeed, discharge, conveyance, controls, and downstream process rather than treating the shredder as an isolated machine.

What should manufacturers in Mexico consider before investing in wood waste recycling shredders?

Start with the facility’s wood waste volume, current handling labor, available space, disposal costs, and intended material outlet. Confirm local demand and buyer specifications before assuming that processed wood will generate revenue. The investment may depend on efficiency and safer handling as much as disposal savings.

Can Cresswood help evaluate pallet grinding applications in Mexico and Latin America?

Cresswood’s team can discuss the facility’s material, production rate, layout, desired output, and support needs to evaluate an appropriate system. Conversations at Woodpack Global LATAM reinforced the importance of reviewing local operating conditions and downstream outlets rather than applying a U.S. model without adjustment.

Talk With Cresswood About Your Wood Waste Application

Tell us what material you process, how much your facility generates, how scrap moves through the plant today, and what you want the finished material to become. Cresswood’s team can help you evaluate a pallet recycling shredder, wood waste recycling shredder, or engineered scrap handling system based on the needs of your operation.

Prefer to talk it through? Call Cresswood at 800-962-7302.

Explore more equipment guidance and manufacturing insights on the Cresswood blog.