Industry Standard Control Boards | General-purpose printing machinery (e.g., basic offset printers) | 8-bit microcontroller (e.g., PIC16F series), FR-4 material (1.6mm thickness), supports 2 firmware updates (IEC 61131-3) | Cost-effective, reliable for routine tasks | Limited customization, slower processing (max 8 MHz) |
Our Base Model Control Board | Mid-range offset printers (e.g., Roland 200 series) | 16-bit microcontroller (e.g., PIC24F), FR-4 material (1.6mm), supports 3 firmware updates (IEC 61131-3) ▲ | Improved processing speed (20 MHz ▲), moderate cost | Still limited scalability, no advanced cooling |
Our Advanced Model Control Board | High-end offset printers (e.g., Roland 700/600 series) | 32-bit microcontroller (STM32F4, 120 MHz ▲), advanced cooling (≤45°C ▲), supports 5+ firmware updates (ISO 13849) ▲ | High performance for complex tasks, customizable firmware ▲, energy-efficient | Higher cost, requires technical setup |
High-Performance Competitor Boards | Industrial-grade printing systems (e.g., high-speed digital presses) | 32-bit microcontroller (e.g., ARM Cortex-M7), liquid cooling (≤40°C ▲), supports 7 firmware updates (ISO 13849) | Extreme processing power (200 MHz ▲), robust for heavy workloads | Exceeds budget for most SMEs, bulky design |
Modular Competitor Boards | Custom printing solutions (e.g., hybrid offset-digital setups) | Modular design (supports 8+ add-ons ▲), customizable I/O ports (ISO 13849 compliant) | Highly scalable, adaptable to evolving needs | Fragile interconnections, compatibility issues with legacy systems |
Energy-Efficient Competitor Boards | Eco-focused printing operations (e.g., sustainability-driven workflows) | Low power consumption (≤3W ▲), energy-saving modes (reduces power by 40% ▲), uses eco-certified components | Low operational costs, eco-friendly | Compromises on processing speed (≤50 MHz), limited to simple tasks |