Double-Row Progressive Die for AC Compressor Motor

Built on Deaote's 15+ years of expertise in precision mould manufacturing for the HVAC motor industry, our Double-Row Progressive Die for AC Compressor Motor features a wear-resistant DC53/SKD11 steel core with TiCN coating (hardness ≥63 HRC), ensuring a service life of 900,000+ stamping strokes (2.5x longer than standard dies) and consistent precision over the entire production cycle. The modular design with quick-change punch inserts simplifies maintenance and reduces downtime, making it ideal for 24/7 mass production lines of residential (1-5HP) and commercial (5-15HP) AC compressor motors.

Manufactured under ISO 9001:2015 and IATF 16949 quality standards, the Double-Row Progressive Die for AC Compressor Motor is fully compatible with high-speed automated stamping lines (70-130 strokes per minute) and features integrated in-die vision inspection systems for real-time quality control (defect detection rate ≥99.9%). Compatible with all major AC compressor motor brands (Panasonic, Hitachi, Daikin, LG), it seamlessly integrates into global HVAC component manufacturing systems, reducing production cost per unit by 35% compared to single-row die solutions.

Product Series

DT-PD-AM1 Series (Residential AC Compressor Motor)

±0.004mm accuracy, 900,000 strokes life, 1-5HP motor core components. Ideal for split-type, window-type residential AC compressor motor mass production.

DT-PD-AM2 Series (Commercial AC Compressor Motor)

±0.006mm accuracy, 750,000 strokes life, 5-15HP motor core components. Suited for central air conditioning, rooftop unit, and industrial AC compressor motor production.

DT-PD-AM-Custom Series (OEM Customized)

Tailored dimensional accuracy (±0.002-0.007mm), custom stamping stations (10-28), compatible with silicon steel (35W300/50W500). Designed for brand-specific OEM motor production.

Core Advantages

1. Double-Row Design for 100% Production Efficiency Gain

Integrated two parallel stamping rows enable simultaneous production of two identical or mixed motor core components per stroke, doubling output compared to single-row progressive dies. The optimized material strip nesting layout also reduces silicon steel waste by 18% (from 22% to 4%), lowering raw material costs—the largest cost component in motor core production—significantly.

2. Motor-Grade Precision for Optimal Magnetic Performance

5-axis CNC machining with ±0.0008mm positioning accuracy and in-die laser gauging systems ensure component dimensional tolerance of ±0.004mm—critical for stator/rotor air gap uniformity (≤0.008mm) and motor energy efficiency (IE3/IE4 compliance). Consistent precision eliminates post-stamping grinding processes, improving production yield to 99.6%.

3. Ultra-Long Service Life with High-Hardness Materials

Core die components made of DC53 (cold work steel) and SKD11 (high-carbon steel) with TiCN coating (hardness ≥63 HRC) deliver 900,000+ stamping strokes—2.5x longer than standard dies (350,000 strokes). Sealed grease reservoirs and self-lubricating guide bushings extend maintenance intervals to 220,000 strokes (vs. 60,000 for conventional dies).

4. High-Speed & Fully Automated Compatibility

Optimized die structure with reinforced stress distribution supports high-speed stamping (70-130 strokes per minute) and full integration with automated material feeding, stacking, and packaging systems. The in-die vision inspection system detects burrs (≤0.008mm), dimensional deviations, and surface defects in real time, eliminating manual quality control and reducing scrap rate to 0.08%.

5. Silicon Steel Optimization for Motor Energy Efficiency

Specialized punch edge design minimizes silicon steel (35W300/50W500) material stress and edge burrs, preserving the magnetic properties of the steel and improving motor energy efficiency by 6-9%. Compatible with both grain-oriented (GO) and non-grain-oriented (NGO) silicon steel, meeting global HVAC energy efficiency standards (SEER ≥22, EER ≥15).

6. Modular Customization for Diverse Motor Requirements

Full customization of stamping stations (10-28), material compatibility (0.30-0.55mm silicon steel), surface finish (Ra ≤0.5μm), and dimensional tolerance (±0.002-0.007mm). Optional features include in-die notching, stacking lamination, and laser marking for component traceability—meeting global AC compressor motor OEM requirements.

Technical Specifications

Application Scenarios

Deaote's Double-Row Progressive Die for AC Compressor Motor is engineered for global HVAC component manufacturers across diverse sectors:

● Residential HVAC: Mass production of 1-5HP motor core components for split-type, window-type, and portable AC compressor motors

● Commercial HVAC: Production of 5-15HP motor core components for central air conditioning, rooftop units, and commercial refrigeration compressor motors

● Industrial HVAC: Custom stamping of heavy-duty motor core components for industrial chillers, process cooling systems, and marine AC compressor motors

● OEM Motor Manufacturing: Custom die solutions for global AC compressor motor OEMs (Panasonic, Hitachi, Daikin, LG, Carrier) for brand-specific component production