First assess the on‑site conditions, then proceed to discuss specific solutions
These questions address the most common concerns of wood veneer plant and veneer core plant customers regarding equipment selection, old plant upgrades, whole‑line integration, and service boundaries.
What problem does the automatic veneer stacker primarily solve?
The automatic veneer stacker primarily alleviates the repetitive manual labor of downstream veneer peeling workers in veneer receiving, sorting, and stacking, stabilizing post‑peeling veneer reception, alignment, and layering, thereby reducing cycle time fluctuations caused by multiple hands in the back end.
What is the difference between an integrated palletizing and stacking machine and an automatic veneer stacker?
The automatic veneer stacker focuses on veneer receiving and stacking as well as sorting; the palletizing and stacking integrated machine further links sheet alignment, layering, and palletizing, making it ideal for sites seeking to reduce secondary handling and streamline forklift transport.
How should equipment be selected for 97,121, or 127 specifications?
First confirm the veneer’s length, width, thickness, and target capacity, then examine the peeling machine’s sheet discharge direction, veneer receiving and stacking speed, and available space. Common 97,121, and 127 specifications must be re‑matched to the site’s rhythm and plant conditions.
Can equipment be directly added during the renovation of an old plant?
Most older plants can start with localized upgrades, but first assess the peeling machine’s location, column positions, doorways, power and air supply, forklift access, and sheet discharge direction to determine whether to add only downstream equipment or simultaneously adjust upstream conveying.
What materials need to be provided before developing a complete line solution?
It is recommended to provide the plant’s length, width, and height, column locations, photos or videos of existing equipment, target specifications, target capacity, staffing details, forklift routes, and log entry/exit directions. The more complete the information, the faster the solution can be assessed.
What is the maximum log diameter it can handle?
Solutions typically focus on logs ranging from about 6 to 60 cm in diameter, ultimately confirmed in conjunction with wood species, diameter, curvature, incoming material stability, and existing peeling equipment configuration—diameter alone is insufficient for evaluation.
Will different types of wood affect the solution?
It does matter. Logs of pine, mixed hardwood, eucalyptus, poplar, rubberwood, and other species differ in diameter, hardness, curvature, and sheet stability; equipment speed, conveying structure, and veneer receiving and stacking methods all need to be tailored to site conditions.
What kinds of sites are suitable for unmanned startup?
Unmanned startup is best suited for sites aiming to reduce front-end labor in the peeling process and stabilize log feeding and machine cycle times. Suitability depends on log specifications, existing peeling machines, feeding space, and safety access routes.
What main problems do the production line components solve?
Line components primarily address log splitting, conveying, screening, handling, and upstream‑downstream coordination. They do not pursue the speed of any single piece of equipment but aim to minimize waiting, reduce secondary handling, and cut manual intervention across the entire line.
What preparations must the customer make before installation and commissioning?
Before installation, confirm that the foundation is level, power and air supplies are available, hoisting space is sufficient, equipment entry routes are clear, safety passages are unobstructed, and there is room for forklift transport. Thorough preparation ensures smoother commissioning and inter‑machine testing.
Can we discuss this first since we don’t have the complete plant drawings?
Yes. When formal drawings are unavailable, you can first provide mobile phone videos, key dimensions, equipment locations, and board discharge directions. Tengsen will initially assess the overall approach and then supplement with any critical data requiring measurement.
How to confirm the scope of after-sales service and return/exchange policy?
After-sales service is determined based on the equipment type, delivery content, installation and commissioning, as well as the customer’s on-site operating conditions. The specific scope of return and exchange services shall be subject to the contract; the boundaries must be clearly defined before signing the agreement.