Standard Thermoforming Machine | Small-scale production, prototyping | Handles sheets up to 3mm (ISO 13003), 220V power (IEC 60038), basic heating system | Lower cost, easy maintenance, ideal for low-volume projects | Limited capacity, slower production, unsuitable for thick materials |
High-Pressure Thermoforming Machine | Aerospace, automotive parts | 150 psi forming pressure (ASTM D638), 380V 3-phase (IEC 60038), automated systems | High precision, fast production, handles complex geometries | High cost, requires skilled operators, large footprint |
Electric Thermoforming Machine | Indoor, quiet environments | Electric heating (43 dBA noise level), 220V/380V (IEC 60038) | Environmentally friendly, low emissions, quiet operation (quieter than a refrigerator hum) | Slower heating, limited to thin materials (▲10% energy efficiency vs hydraulic) |
Hydraulic Thermoforming Machine | Heavy-duty, large parts | Hydraulic pressure (200 tons force, ASTM E4), 380V 3-phase | High forming force, ideal for thick materials, durable outputs | Noisy operation (▲-15% noise reduction needed vs industry avg), high maintenance |
Thick Sheet Thermoforming Machine | Industrial tanks, heavy-duty parts | Max 15mm sheet thickness (ISO 13003), 220V/380V 3-phase (▲20% power efficiency over industry standard 340V), 8+ material types (ASTM D648) | Handles thick materials (e.g., 15mm PVC), versatile material compatibility | Higher cost, requires more space, slower cycle times (▲-10% vs thin-sheet models) |
Thin Sheet Thermoforming Machine | Packaging, consumer goods | Processes sheets under 3mm (ISO 13003), 220V power, fast cycle times (▲30% faster than industry avg) | Cost-effective, rapid production, ideal for disposable items | Not suitable for thick materials, limited strength in final products |