Timbeter Blog

Mexico’s pallet industry moves millions of board feet of wood every year through producers who still measure by hand, tally sheet by tally sheet. In Paraguay, a plywood plant in Caazapá is ramping toward 25,000 m³ of annual production, 80% of it destined for export markets that expect verifiable data. In northern Argentina, university researchers recently spent weeks scaling irregular piles of quebracho colorado — a dense native hardwood — to test whether a smartphone could do the job faster than a crew with tapes and calipers. Across the region, wood is moving faster than the systems tracking it, and that gap shows up everywhere from pallet mills to pulp giants.

Protsur, a leading Mexican pallet and repair producer, and Biocomplejo Petricor, a eucalyptus plywood manufacturer in Paraguay, are among the newest names measuring timber digitally instead of by ruler and clipboard. They join an established base of Latin American operations — from Chile’s largest forestry company to Brazil’s biggest pulp producer — that have already run the numbers on what digital measurement changes.

Manual scaling still drives disputes and safety risk

The pattern repeats across pallet mills, plywood plants, and pulpwood operations from Mexico to Chile: volume figures depend on who’s holding the tape measure that day. Two scalers on the same log pile can produce different numbers, and paper tallies rarely survive a rainy loading dock intact. When a dispute comes up between a supplier and a buyer, there’s often nothing but memory to settle it. In native hardwood yards like the ones studied at the Universidad Nacional de Formosa, irregular piles with mixed lengths and heavy bark make manual scaling even slower and riskier, since workers climb over unstable stacks to get a reading.

There’s a safety dimension too. At CMPC — Chile’s forestry giant and a Forbes Global 2000 company — manual diameter measurement meant workers standing close to active harvesting machinery with spray cans and calipers. That proximity is a documented risk that’s hard to engineer out without changing the measurement method itself.

The regional evidence is now substantial

CMPC began piloting Timbeter in 2017 and found measurement ran 15 times faster than manual scaling, with more consistent, auditable data. The pilot’s success triggered a full national rollout across Chile by 2021. Projected across CMPC’s full operation, the estimated savings reached $1.2 million USD, with ROI climbing above 15x. Paint consumption — previously used to mark diameters directly on logs — dropped by 45 tonnes a year, and the pilot period recorded zero accidents. CMPC’s Director of Sustainability later tied the rollout directly to the company’s UN Global Compact commitments, and the collaboration was highlighted during an official Estonian state visit to Chile in 2020.

Brazil’s largest companies tell a similar story. Suzano, the largest pulp and paper company in Latin America, has used Timbeter since 2021 to measure truck loads of roundwood moving from farm to rail terminal, reaching what their team describes as 100% traceability of measurements. ArcelorMittal’s forestry operations in Minas Gerais use photo-based density measurement for fuelwood piles, replacing a process that once required manually framing a 1m x 1m section of every stack. Irani, a leading Brazilian paperboard and packaging producer, uses Timbeter daily to plan shipment logistics and reported a 4% increase in annual log volume and better assortment separation by diameter — insights confirmed across two separate interviews with their forestry production team.

The academic fieldwork in Argentina adds a different kind of validation. Researchers working with UNITAN and INDUNOR tested Timbeter against traditional scaling on native quebracho colorado piles and found students could capture diameter values for nearly a whole pile almost immediately, generating clean, exportable datasets instead of paper notebooks — a meaningful result for a hardwood species where manual measurement is especially slow.

Governments are adopting the same tools industry uses

Digital measurement in Latin America isn’t limited to private operators. CPRH, the state environmental agency of Pernambuco, Brazil, adopted Timbeter’s Lumber solution following a cooperation agreement signed at COP26 in Glasgow, using it to calculate sawn wood volumes during inspection and licensing work that was previously done by hand. That shift cut calculation time from a manual process to minutes and gave inspectors more consistent data to work from — a signal that traceability expectations are moving from buyer requirements to regulatory infrastructure.

Traceability is becoming a market requirement, not an option

Latin America supplies pulp, plywood, pallets, and sawn timber to buyers under growing pressure to prove where their wood came from and how it was measured. Regulations like the EU Deforestation Regulation don’t just ask for volume — they ask for geolocation data tied to harvest and transport, and certification bodies and corporate buyers are asking similar questions independently. Companies with photo-verified, geotagged records already have that history. Companies still relying on paper tallies will be reconstructing it under deadline pressure, with data that may not hold up to scrutiny.

The region’s digital shift spans pallet producers in Mexico, plywood exporters in Paraguay, a national forestry operation in Chile, pulp and steel giants in Brazil, and even a state environmental agency running inspections. What connects them is a simple recognition: measurement accuracy is no longer a back-office detail — it’s a condition of doing business in export markets. If your operation is still reconciling paper tallies against mill counts, it’s worth comparing your next shipment against a digital measurement instead.