· Product Overview

· Core Specifications

• Materials:
  • 304 Stainless Steel: Ideal for general industrial/electronic applications (excellent corrosion resistance, moderate tensile strength).
  • 316 Stainless Steel: Optimized for sterile/harsh environments (enhanced corrosion resistance, biocompatibility for medical use).
• Manufacturing Standard: ISO 9001-Certified Precision Machining Process
  • Key Processes: Multi-axis CNC milling (for complex housings/brackets), CNC turning (for shafts/pulleys), precision drilling/tapping, and surface passivation.
  • Dimensional Tolerance: ±0.02mm (ensures tight fit with assembly interfaces).
  • Surface Finish: Passivated (boosts corrosion resistance) + deburred (safe, smooth mating surfaces).

· Application Scenarios

• Industrial Automation: Robotic arm housings, conveyor system shafts, actuator mounting brackets, and pulley components.
• Medical Equipment: Sterile structural parts for diagnostic tools, surgical instrument housings, and patient monitoring device components (316 stainless steel option).
• Aerospace & Defense: Lightweight, high-strength fittings for avionic sensor systems and instrument panel components.
• Precision Instruments: Alignment shafts, sensor brackets, and pulleys for optical measurement tools and lab equipment.
• Electronic Enclosures: Structural supports for high-end server chassis and industrial control panel modules.

· Production Process Introduction

1. Raw Material Sourcing: Procure certified 304/316 stainless steel bars (metallurgically tested for consistency and material purity).
2. Targeted CNC Machining: Use multi-axis CNC mills (for irregular housings/brackets) and CNC lathes (for cylindrical shafts/pulleys) to machine components to exact design specifications.
3. Precision Feature Addition: Drill, tap, or mill functional features (e.g., mounting holes, threaded bores) for assembly compatibility.
4. Surface Passivation: Apply a chemical treatment to enhance the stainless steel’s natural corrosion resistance.
5. Deburring & Quality Inspection: Remove sharp edges (for safe handling) and conduct CMM (Coordinate Measuring Machine) scans + thread gauge tests to verify dimensional accuracy.
6. Sorting & Categorization: Group components by type/material for organized inventory and assembly planning.

· Packaging and Shipping Methods

• Packaging: Each component is wrapped in anti-scratch, anti-static film (to protect passivated surfaces); the full assortment is packed in foam-lined partitioned boxes (labeled by part type/material to prevent damage and simplify assembly).
• Shipping: Flexible logistics options:
  • Express Delivery (DHL/FedEx/UPS: 3–5 business days)
  • Air Freight (7–10 business days)
  • Sea Freight (20–30 business days)All shipments include full tracking and damage insurance.

· Process

· Frequently Asked Questions (FAQ)

• MOQ (Minimum Order Quantity): 50 sets for standard assortments; custom-designed component sets require a MOQ of 100 pieces. Small sample packs (5–10 pieces per part type) are available for fit/performance testing.
• Lead Time: Standard lead time is 7–15 working days after order confirmation; expedited production (5–7 working days) is available for urgent orders (additional fees apply).
• Customization Capability: Full OEM/ODM customization is supported—we can adjust part dimensions, material grades (304 vs. 316), surface finishes (e.g., electropolishing), or add functional features (threads, gears) based on your technical drawings. Our CNC engineering team will validate design feasibility for performance and manufacturability.