Manual Cutting Machine | Small-scale workshops, prototyping | Manual operation (ISO 9283 compliant), 0.5kW hand-cranked mechanism (▲ from none) | Low cost ($2,000–$3,000), no electricity required | Slow (5–10 cuts/hr), labor-intensive, inconsistent precision |
Semi-Automatic Cutting Machine | Medium-volume production, SMEs | Semi-automated feed (CE certified), 2.5kW motor (▲ from manual), basic PLC control | Moderate speed (20–30 cuts/min), lower CAPEX ($5,000–$8,000) | Requires operator input, limited scalability, higher downtime for adjustments |
Fully Automatic Cutting Machine (Base) | High-volume packaging, industrial lines | Fully automated (ISO 13849-1), 7.5kW motor (▲ from semi-auto), CE certified | High throughput (60–80 cuts/min ▲), reduces labor costs, consistent quality | Higher initial cost ($12,000–$18,000), needs skilled maintenance |
Industrial-Grade Fully Automatic | Heavy-duty manufacturing, 24/7 operations | Heavy-duty chassis (IP55 ▲), 10kW motor (▲ Base), dual safety guards (ATEX certified) | Handles 100+ cuts/min ▲, durable for harsh environments, ATEX compliance | Premium pricing ($25,000+), larger footprint, complex installation |
Compact Fully Automatic Cutting Machine | Space-restricted facilities, SMEs | Compact design (ISO 14971 compliant), 5kW motor, modular setup | Saves floor space (60% smaller than standard), energy-efficient (▲ 20% vs Base) | Lower capacity (40 cuts/min), limited material thickness compatibility |
High-Precision Fully Automatic | Electronics/medical packaging, R&D | ±0.1mm accuracy (ISO 10360 verified ▲), laser-guided cutting, 7.5kW servo motor | Minimal waste (▲ 95% precision), ideal for thin materials (e.g., BOPP) | Costly ($20,000–$30,000), requires specialized operators, slower cycle time |