Sheet Metal & Alloy Processing Capabilities

• ✅ Precision Laser Cutting: Utilizing CNC-controlled fiber laser systems to cut high-strength alloy steel with a tolerance of ±0.11mm, essential for the intricate components of packaging machine drive mechanisms.
• ✅ ISO-Standard Bending: We adhere to ISO bending standards, adjusting our force and machine settings based on alloy grade and thickness to ensure long-term structural integrity and precise assembly.
• ✅ Durable Alloy Fabrication: Specialized in processing various alloy steels that offer superior wear resistance and toughness compared to standard carbon steels, ideal for high-impact packaging environments.
• ✅ Welding & Assembly: Professional welding of alloy structures following strict quality control to prevent heat-induced material degradation and ensure weld seam strength.

Q1: How do you manage alloy steel hardness during processing?

We use optimized laser parameters to prevent excessive hardening at the heat-affected zone, ensuring the structural stability of the part. If further hardening is required, we manage it as a secondary process.

Q2: How is the quality of these components ensured for transit?

We protect your alloy components using shockproof packaging, such as bubble film, alongside anti-corrosion coatings to prevent oxidation during sea or air freight.

Q3: What are the typical lead times for custom orders?

Supported by a network of over 100 suppliers, our agile production workflows typically allow for lead times between 5 to 30 days, depending on the complexity of your bag-making machine parts.