Tengsen Automation设备The Veneer Stacker Series primarily addresses downstream issues in veneer peeling, including veneer receiving and stacking, counting, sorting, and piling. It is ideal for wood veneer plants looking to first reduce the workload of veneer receiving and stacking while stabilizing stack uniformity.
The Veneer Stacker Series primarily addresses downstream issues in veneer peeling, including veneer receiving and stacking, counting, sorting, and piling. It is ideal for wood veneer plants looking to first reduce the workload of veneer receiving and stacking while stabilizing stack uniformity.
Select a veneer stacker based on sheet size, abnormal sheet handling, and forklift/electric cart exit methods.This page lists the main differences among models; for complete specifications, please refer to the model details page.
Suitable for the SiteVeneer plants that need to separate grades for air-drying, sale or supply.
Core DifferencesSet your own surface grading criteria. Different grades are routed automatically, with independent counting and stacking at two stations.
Suitable for the SiteSmall to medium wood veneer plants processing 97*48, 97*68, and other 97‑series veneers.
Core DifferencesSubstitute for two palletizing workers at the peeling line’s tail end, handling veneer reception, counting, sorting, and stacking.
Reference for the same-series structureSuitable for the SiteA wood veneer plant with Grade 97 specifications, featuring high product quality and a substantial daily output, and designed to optimize forklift‑based material handling.
Core DifferencesBased on the standard stacking configuration, we have added door‑controlled diverters, a raised veneer receiving and stacking system, and a 1+6‑unit forklift‑track buffer.
Suitable for the Sitemedium and larger factories processing 97,127, 121, and other specifications, with changing order specs and a need for one multi-purpose machine.
Core DifferencesA single veneer stacker accommodates various common board types while retaining door‑controlled sorting and rail‑based buffering.
The parameters are provided for preliminary reference in the design; the actual configuration shall be subject to on-site measurements, equipment models, and contract confirmation.
