Performance Test, Purchasing Guide & Real User Feedback: In-depth Analysis of Qiaosen Machinery Precision Punch Press

Introduction

1. Professional Product Evaluation with Laboratory Test Data

Q1: What are the actual measured data of frame and core component materials of Qiaosen precision punch presses?

1. Machine frame: All models adopt integral welded frame made of high-strength thick steel plate with high-temperature stress relief treatment. The measured deformation rate of the frame is ≤0.02mm, far lower than the industry average standard of 0.08mm.
2. Crankshaft: Made of 42CrMo high-strength alloy steel. The measured Rockwell hardness reaches HRC 52~56. Compared with ordinary 45# steel crankshafts on the market, structural strength is improved by 1.3 times, crankshaft failure risk reduced by 92%, and fatigue life increased by 2.1 times.
3. Transmission bushing: Customized 10-1 phosphor bronze material. Its wear resistance is 1.5 times higher than ordinary BC6 brass. The wear value after 300,000 consecutive stamping cycles is only 0.008mm.
4. Guide rail system: Closed models adopt eight-sided enclosed guide rails on four corners with high-frequency quenching treatment (hardness ≥ HRC 48). Tested by three-coordinate measuring instrument, the flatness, parallelism and verticality of guide rails reach 0.01mm/㎡, with extremely low long-term wear and excellent precision retention.

Q2: What are the measured core data of stamping precision, stroke adjustment and operating speed?

1. Slide parallel precision: ±0.015mm; Slide vertical precision: ±0.02mm.
2. Mold adjustment precision: 0.1mm fine adjustment without clearance, suitable for precision stamping of thin hardware sheets and electronic terminals.
3. Adjustable stamping stroke: 80mm for open-type machines; 50~120mm adjustable stroke for semi-closed and closed models.
4. Actual operating speed: Standard ST series machines support maximum 150 strokes per minute; High-speed STS models reach up to 300 strokes per minute with stable operation without shaking or offset.

Q3: What are the limit test data of safety protection and overload protection performance?

1. Equipped with dual solenoid valves, pneumatic brake system, infrared photoelectric protection, anti-secondary stamping mechanism and mechanical overload protection system.
2. Overload resistance test: The machine shuts down within 0.03s under 120% overrated load impact, with no slide falling or frame damage, fully protecting molds and operators.
3. Brake response time: Clutch-brake linkage response duration ≤0.05s, leading-level response speed in the industry to eliminate secondary stamping risks.

Q4: What is the comparative energy-saving data of power consumption and material utilization?