In the global intelligent cutting equipment market, the IECHO PK series has become a sales-leading “popularized” product by virtue of its stable performance and extremely high cost-effectiveness. Behind its success is no accident, but rather its origins in three mature industrial technologies verified by more than ten years of market experience. These three technologies achieve a perfect balance among a compact body, stable performance, and high cost-effectiveness, forming the indestructible technical cornerstone of the PK series.
Technology 1: Compact, high-rigidity body design, carrying big energy in small spaces.
Intelligent cutting equipment faces a classic contradiction: to ensure high-speed and high-precision cutting, the body must possess sufficient rigidity to resist vibration; however, spaces in storefronts and studios are limited, making it difficult for large-scale equipment to enter. Through structural mechanics optimization, IECHO engineers found the balancing point between the two. The PK series utilizes an optimized compact, high-rigidity body design, employing reinforced rib structures and thick-walled profiles at key stress-bearing parts, which drastically reduces the footprint under the premise of guaranteeing rigidity. Taking the PK basic series as an example, the minimum footprint requires only 2350mm×900mm×1150mm, allowing it to be placed in ordinary street-front stores or office workstations. Even more remarkably, the entire machine features an integrated factory-shipment design, going into production with just simple on-site calibration. This means that even after experiencing transport bumps from the factory to a customer site in any corner of the world, the equipment can still maintain high precision without requiring complex on-site calibration. This characteristic perfectly adapts to global cross-regional transportation and rapid installation needs, protecting the long-term precision and operational stability of the equipment from its physical structure.
Technology 2: All-material compatibility cutting technology, covering 99% of scenarios with a single machine.
A common characteristic of the advertising, graphic, and packaging industries is the wide variety of material types. Ranging from soft and easily stretched car stickers and reflective films, to brittle KT boards and foam boards, and all the way to high-strength ABS boards and greyboard paper, every single material places different demands on cutting tools, speeds, pressures, and passes. Traditional equipment is often only adept at handling a certain category of material, forcing users to purchase multiple machines in order to process different materials. One of the core mature technologies of the IECHO PK series is its all-material compatibility cutting capability, accumulated through more than ten years of global advertising store application iterations. The equipment is fully compatible with all categories of standard tools common to the advertising industry, adapting to a full lineup of advertising processing tools such as drag knives, milling cutters, creasing wheels, through-cutting, and half-cutting tools. More importantly, within IECHO material process database, verified optimal cutting parameters have already been preset for the entire lineup of advertising industry materials, including car stickers, reflective films, KT boards, foam boards, and ABS boards. Novice operators only need to select the material type on the interface, and the machine will automatically match parameters such as tools, speed, pressure, and cutting passes without needing repeated manual adjustments. Even an employee on their very first day of work can stably output a high-quality finished product consistent with an old master.
Technology 3: CCD visual deformation compensation contour cutting technology, making “post-press contour cutting” no longer a headache.
The stretching and deformation of printed materials is a widely recognized problem in the industry. For a printed graphic, a non-linear deformation often exists between its actual dimensions and the design file dimensions, stretched out in some places and distorted in others. Traditional vision positioning systems can only recognize a single or dual registration mark for fixed alignment, failing to compensate for this type of complex deformation and resulting in contour cutting deviations. The CCD visual deformation compensation contour cutting technology of the IECHO PK series solves this pain point that has troubled the industry for years. The system utilizes multi-mark recognition technology, automatically detecting registration marks on the material and constructing an actual deformation model of the material through algorithms. Then, the system dynamically adjusts the cutting path, performing real-time compensation for every single cutting point. The final achieved precise contour cut of ±0.1mm means that even if the material is severely deformed, the tool head can still precisely trace along the edges of the pattern. Verified by tens of thousands of users globally, this technology significantly improves contour cutting accuracy, drastically reduces material waste, and brings tangible economic benefits to users. With mature industrial technologies at its core, the IECHO PK series provides global users with stable, reliable, and highly efficient intelligent cutting solutions.
