Servo Control Fin Press Stamping Machine For Heat Exchanger Aluminum Foils
Product Specifications
Model Numbers | 45T, 63T, 80T, 100T, 125T |
Specifications | Φ5,Φ6.35,Φ7,Φ7.94,Φ9.53,Φ12.7,Φ14.5,Φ15.88 |
Drive Mode | Electric |
Control System | Servo control |
Operation | Touch Screen |
Quality Assurance | 100% Inspection |
Applications | High speed fin press line for aluminum, copper, and stainless steel foils |
Product Overview
The fin stamping press machine is an efficient production system designed for stamping aluminum, copper, and stainless steel foils into various fin shapes used in air conditioning and heat exchanger manufacturing. Our machines range from 45 to 125 tons, with larger models offering higher production efficiency through multiple rows of fin dies.
The complete system includes:
- Aluminum foil unwinder
- Precision lubrication system
- High-speed press mechanism
- Pulling and jumping devices
- Fin and waste collection systems
- Electrical and pneumatic control components
Manufacturing Capabilities
Guangzhou Runshi Mold Co., Ltd. specializes in precision machinery manufacturing for the air conditioning and heat exchanger industries. Our expertise includes:
- Machine equipment and fin dies production
- Vulnerable parts and cutting tools
- Ceramic and tungsten steel components
- Solutions for new energy, medical, semiconductor, and automotive industries
Frequently Asked Questions
Q: Are you a manufacturer or trading company?
A: We are the manufacturer with direct production capabilities.
Q: What industries use fin stamping press machines?
A: Primarily air conditioning, refrigeration, heat exchangers, surface coolers, evaporators, and condensers.
Q: What is your production process?
A: Our experienced engineers (10+ years) work from samples or drawings to control tolerances and precision.
Q: What are your delivery times?
A: 20-30 days for stock items, 40-60 days for custom production (varies by quantity).
Q: What are your payment terms?
A: ≤$10,000: 100% advance. >$10,000: 50% advance, 50% before shipment.