If you work in solid wood panel edge glued joining, you've probably run into these challenges:

Endless trial and error with panel joining parameters — getting the processing settings right takes repeated testing;

Stubborn glue residue on the worktable — one thorough cleaning takes at least an hour;

Manual unloading of workpieces with uneven lengths — heavy physical labor that easily dents or scratches freshly glued panel surfaces;

Flatness that misses tolerance — forcing you to leave thick sanding allowances, which keeps material waste stubbornly high…

None of these problems feels huge on its own. Together, they quietly eat away at your shop floor's productivity — and your profit margins.

Difficult commissioning. Slow changeovers. Inconsistent precision. High O&M costs — these challenges are common across the industry. JYC's newly upgraded high frequency board joining machine delivers a systematic solution, engineered around the entire production workflow.

The machine is equipped with an intelligent control system that automatically matches core parameters — pressure, high frequency heating, and more — based on board thickness and joining dimensions. No more repeated trial-and-error commissioning. True one-button operation means a single operator can oversee the entire line, dramatically cutting labor costs.

The press comes standard with a slat-type conveyor that runs smoothly with zero drift. On top of that, three slat options are available on request and are fully interchangeable:

Nano-coated glue-free conveyor— resists glue adhesion and reduces cleaning frequency;

PP (polypropylene) conveyor— lightweight, corrosion-resistant, ideal for standard adhesive workflows;

Stainless steel conveyor— built for heavy-duty use with aggressive adhesive types.

By selecting the right conveyor material, you can adapt to different adhesives and wood board materials, reducing glue buildup and surface scratching right at the conveying stage.

The press wordtable is also fitted with a removable anti-glue shield plate. No need to disassemble the entire worktable — just swap out the shield. Replacement takes minutes, not an hour, effectively eliminating the time-consuming glue-cleaning bottleneck.

In the workpiece handling stage, the standard chain conveyor-type conveyor feeds boards smoothly and quickly, with zero slat misalignment throughout the entire run. The optional lift-up discharge table enables unmanned unloading with automatic stacking — a decisive step toward fully automated production.

The entire worktable is annealed to release internal stress, and all reference surfaces are machined in a single clamping setup on a CNC machining center. This guarantees flatness and straightness at the very source — the finishing sanding allowance can be kept within 1 mm, significantly improving board yield compared with conventional equipment.

At the core, the entire drive and electrical control system has been optimized and upgraded for the long term. Under sustained high-load operation, it delivers stable power output while significantly reducing energy consumption and component wear — dramatically extending the machine's overall service life.

Every electrical component comes from globally recognized brands — Siemens, Schneider, and Omron — reducing failure rates at the hardware level from day one. Combined with a built-in remote maintenance channel, our technical team can respond and diagnose issues quickly, so minor faults never escalate into prolonged downtime. Your production rhythm stays smooth, shift after shift.

Powered by high frequency dielectric heating, the machine cures the glue joint in just 60–90 seconds — with strong bonding strength, stable board surface quality, and an attractive finished appearance. Production efficiency is more than 3× that of traditional cold pressing.

For solid wood furniture, wooden door, and glued laminated timber manufacturers, a HF board joining press that balances precision, speed, stability, and ease of maintenance isn't just an upgrade — it's the core tool for cutting costs and boosting output.