Core Functions

· Automated Processing：Equipped with a PLC intelligent control system, it allows presetting of processing parameters (such as rotation speed, feed rate, grinding pressure, etc.), completing multiple processes with one key to reduce manual operation errors.

· High-precision Grinding：Adopts imported servo motors and precision guide rails, combined with diamond grinding wheels or CBN abrasives, to achieve precise control of edge angle (±1°) and edge roughness (Ra≤0.2μm), meeting the grinding needs of high-hardness materials (such as high-speed steel and cemented carbide).

· Multifunctional Adaptation：Supports clamping and processing of different specifications of cutting tools (such as scissors, blades, milling cutters). By replacing the fixture module, it can flexibly adapt to the grinding requirements of circular, linear, and special-shaped edges.

· Safety and Efficiency：Equipped with overload protection, automatic power-off system, and dust collection device to ensure operation safety. Meanwhile, the high-efficiency grinding system can increase batch processing efficiency by more than 30%.

Technical Parameters

· Processing range: Tool length ≤300mm, edge angle adjustment range 15°-60°

· Spindle speed: 0-6000rpm (adjustable)

· Control mode: Touch screen human-machine interaction + PLC program control

· Power supply: AC 380V/50Hz

· Equipment size: 1800mm×1200mm×1500mm (L×W×H)

· Weight: Approximately 800kg

Application Scenarios

· Cutting tool manufacturers: Batch edge grinding for scissors, utility knives, kitchen knives;

· Mechanical processing industry: Precision grinding of mold edges and cutting tools;

· Hardware products factories: Automated edge processing for blades and saw blades.

Product Advantages

· Stable Precision：Repeat positioning accuracy up to ±0.01mm ensures consistency of batch product edges;

· Easy to Operate：Graphical operation interface allows quick mastery without professional technicians;

· Convenient Maintenance：Modular design makes vulnerable parts easy to replace, reducing maintenance costs;

· Energy-saving and Environment-friendly：Low-energy motors combined with efficient cooling systems reduce energy consumption and noise pollution.