Perforated Titanium Cathode Plate with Ears

AATi deeply understand our customers' needs, challenges, and core issues, providing precisely tailored solutions that match actual operating conditions.

Every perforated titanium cathode plate with ears is custom-made for clients' site, addressing their unique problems, making the smelting process more efficient, stable, and energy-saving.

This perforated titanium cathode plate with ears is customized according to the customer's specific requirements. The lugs are made of Grade 2 pure titanium plate, the conductive beam is titanium-clad copper rod, and the plate is a hard Grade 2 pure titanium plate. The welding adopts fully automatic laser welding and weld tracking inspection, which has excellent corrosion resistance and deformation resistance. It has an absolute advantage in both price and product quality.

This perforated titanium cathode plate with ears is customized according to the customer's specific requirements. The ears are made of Grade 2 pure titanium plate, the conductive beam is titanium-clad copper rod, and the plate is a hard Grade 2 pure titanium plate. The welding adopts fully automatic laser welding and weld tracking inspection, which has excellent corrosion resistance and deformation resistance. It has an absolute advantage in both price and quality.

High-Precision V-Groove Laser Monitoring System

This system uses a KEYENCE high-precision 3D laser sensor head to scan the V-groove on the bottom of the cathode plate.

It captures and analyzes the groove profile in real time, achieving measurement accuracy up to 0.3μm.

This system accurately displays V-groove dimensions, ensuring that every product meets quality standards.

Plate Flatness Inspection System(after laser cutting, before welding)

Combining domestically produced high-precision laser technology with a Yaskawa six-axis robotic arm, this system achieves precise scanning of the plate surface.

The independently developed data processing system calculates flatness parameters in real time, maintaining a control accuracy of ≤1mm.

Based on the inspection results, the system instructs the robotic arm to automatically sort or perform secondary processing, ensuring that only qualified products are accepted by the next process.