Industry Standard Slitting Machines | General industrial cutting (paper, basic films) | Steel Construction (ASME B11.1 compliant), Adjustable Width 50-1000mm (ISO 9283), Manual Controls | Cost-effective, reliable for routine tasks | Limited precision (±0.5mm), slower manual adjustments, no automation |
Our Base Model | Mid-scale production (packaging, textiles) | Steel Construction (ASME B11.1), Adjustable Width 50-1500mm (ISO 9283), Basic Automation (IEC 61131-3) | Improved efficiency over standards, programmable settings, 1yr warranty ▲ | Less precision (±0.3mm) than Advanced, fewer customization options |
Our Advanced Model | High-precision manufacturing (electronics, medical films) | Steel Construction (ASME B11.1), Adjustable Width 50-2000mm (ISO 9283), Full Automation (IEC 61131-3), Precision Cutting ±0.1mm (ISO 2768-m) | Ultra-precise ▲▲, customizable tension control, faster throughput ▲▲ | Higher cost, requires skilled operators |
High-Precision Slitting Machines | Specialty materials (aerospace, medical) | Alloy Construction (ASTM A36), Precision Cutting ±0.05mm (ISO 2768-f), Advanced Sensors (IEC 60601) | Unmatched accuracy ▲▲▲, handles delicate materials | Expensive, complex maintenance, limited scalability |
Entry-Level Slitting Machines | Small-scale/occasional use (craft shops) | Aluminum Frame (ASTM B209), Manual Operation, Limited Width 50-800mm (ISO 9283) | Affordable, easy to operate, low maintenance | Low durability, not suitable for heavy-duty use |
Customizable Modular Slitting Machines | Diverse production needs (R&D, prototyping) | Modular Design (ISO 9283), Adjustable Components (ASTM E8/E8M), Flexible Programming (IEC 61131-3) | Highly adaptable ▲▲, versatile material handling, scalable configurations | Higher upfront cost, requires technical expertise for setup |