At ECA ADVANCED FORGING SOLUTIONS, our Quality Policy centers on meeting or exceeding all product specifications and performance expectations, driving rigorous process controls to achieve Zero Defects before parts leave the floor, maintaining strict on-time delivery schedules for every shipment, and continuously upgrading our methods, technical training, and tooling technology. To uphold these standards, our Key Quality Control Measures ensure routine tooling maintenance and die repairs to prevent dimensional drift, deployment of high-accuracy optical measuring systems, digital gauges, and hardness testers, alongside systematic execution of Statistical Process Control (SPC) and Production Part Approval Processes (PPAP).
Rigorous quality verification integrated directly into every stage of production
Verification of raw coil strip dimensions, chemical composition, hardness, and surface integrity.
Real-time optical dimension monitoring, burr height verification, and first-piece/last-piece approvals.
Full-lot sampling, final dimensional reports, clean degreasing check, and export-grade protective packaging.
Proof of precision: High-accuracy metrology verifying micro tolerances down to ±0.005 mm
High-resolution optical magnification for complex profiles, stamping edge quality, and micro-hole dimensions.
Model 293-340-30 (0–25mm / 0.001mm resolution, IP65) for ultra-critical thickness and diameter checks.
Range 0–300mm / ±0.03mm accuracy for precision fast checking of part lengths, hole distances, and step heights.
Precision digital caliper (0–300mm) for rapid production check of stamping profiles and hole locations.
Heavy-duty large range digital caliper for stamping strip width, frame structure, and long-dimension verification.
Precision dual-column height gauge mounted on granite base for precise stepped part thickness and offset verification.
Standardized cylindrical plug gauges engineered for zero-defect pass-through inspection on H7 tolerance holes and slots.
High-precision grade granite master plate for accurate flatness, datum leveling, and dimensional height benchmarking.