KostechInk｜ORANGEBOX

Ultra-Precise Dispersion and Stability Technology

Uniform Dispersion and Quality Control: By precisely controlling the size of pigment particles and mixing them evenly, we maintain high-resolution quality without color deviation even during prolonged printing.

Thorough Impurity Control: Multi-stage advanced filtration technology eliminates micro-impurities and oversized particles, fundamentally preventing nozzle clogging and extending printhead lifespan.

Long-Term Storage and Environmental Stability: The advanced formulation prevents phase separation over time, and performance remains unchanged despite fluctuations in temperature and humidity, ensuring print performance remains consistent with the initial state even after storage.

Advanced Ejection Performance Optimization

Elimination of air bubbles and spray interference: Degassing technology removes microscopic air bubbles from the ink, preventing ejection defects and ensuring clean printouts.

Optimized Environment and Additives: Through additive analysis and design tailored to temperature fluctuations, we ensure uninterrupted and consistent ejection stability in any working environment.

Precise Droplet Control: By finely adjusting the shape and size of ink droplets at the moment of ejection, we maximize clarity and resolution.

Next-Generation Materials and Interfacial Science

Application of Advanced Materials: We incorporate the latest polymer resin technology to elevate the durability, adhesion, and color expression of printed materials to a new level

Research on Dynamic Surface Tension, Static Surface Tension, and Contact Angle : We precisely analyze surface tension and contact angle throughout the entire process from ink ejection from the nozzle to its landing on the media. Through this spreadability optimization technology, we achieve crisp, clear, high-quality images without smudging.

Optimization of Compounds Affecting Ink Interfaces: By researching the types and combinations of materials preventing surface pooling and ensuring optimal ink-media bonding, thereby expanding material compatibility.

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