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Overview Case

Bearings run precisely, tires are safe and wear-resistant, we are your reliable choice for auto parts, accompanying you on your journey and ensuring a smooth journey.Bearings run precisely, tires are safe and wear-resistant, we are your reliable choice for auto parts, accompanying you on your journey and ensuring a smooth journey
CNC metal accessories accuracy

CNC metal accessories accuracy

CNC metal accessories accuracy refers to dimensional and shape precision. These factors directly affect product assembly and performance. Improving CNC parts precision is a key step to ensure product reliability and overall quality. Key factors that determine precision: 1.Machining process 2.Equipment accuracy 3.Material quality
Extruded 6063 Aluminum Audio Enclosure

Audio Hardware – Custom Enclosures for Premium Audio Brands & Customer Testimonials

Overview: This compact control unit enclosure is crafted from aluminum and features a horizontal brushed finish with black anodizing, perfectly complementing minimalist high-end audio product lines. With a monthly output exceeding 20,000 units, our scalable production ensures reliable lead times and supports customized batch orders. Results: The surface texture and color consistency of the first batch fully met the brand’s retail standards. After delivery to end-users, no appearance-related complaints were reported, and minimal production adjustments were required. Highlights: Horizontal brushed finish + color-stable anodizing Laser-marked panels with sharp, fade-resistant graphics Selected Customer Feedback: “We’ve been working together for 3 years. Accessory precision has always been consistent, and monthly orders have never been delayed, significantly reducing our supply chain risk!” — Purchasing Director, European Electronics Brand “The metal material has an outstanding tactile feel. Customer repurchase rates increased by 20%, making them a key partner in our product upgrades.” — North American Audio Equipment Supplier
304 stainless steel Automotive Parts

Auto Parts Project – Stainless Steel Connector Assembly for Vehicle Fluid Systems

Project Brief The vehicle fluid transfer module required a corrosion-resistant connector solution capable of handling pressure cycles and maintaining long-term sealing. A small pilot batch was sourced to verify machining accuracy and thread fit before scaling to mass production. Deliverables The connectors were CNC-machined from AISI 304 Stainless Steel, featuring integrated internal threads, stepped sealing shoulders, and a concentric mounting base. Every part underwent full-dimension inspection, including optical profile measurement and thread plug-gauge verification. Outcome • Thread engagement was smooth, with no looseness or cross-thread issues. • Sealing surfaces showed consistent concentricity in measurements. • No leakage or pressure-fit loss occurred during validation. • The batch required no additional adjustments and was cleared directly for field testing. Core Strengths Demonstrated • 304 corrosionresistant pressurerated body • High concentricity with clear, well-defined threads • Delivered fully prepared for system-level assembly and sealing verification
Stainless Steel Automotive Bearing Components

Micro-Machined Stainless Steel Shaft-Sleeve Assembly for Portable Devices

Overview: This micro-machined shaft-sleeve assembly is made from SUS304 Stainless Steel to enhance shock resistance in compact mechanical systems. Result: By controlling surface hardness and micron-grade roundness, the assembly delivered a clear improvement in drop-impact durability and long-term fit life. Small-batch supply supported fast iteration and design validation. Highlights: · Impact-resistant and wear-rated body using SUS304 · Roundness controlled within 0.01 mm · Bulk packaging optimized for short development cycles and low-volume hardware testing
Industrial-5-Axis-CNC

Multi-Axis Machining: Why It’s Synonymous with High-Precision Parts

Traditional CNC machines mainly move along three linear axes (X, Y, Z), while multi-axis machining incorporates a fourth, fifth, or even more rotational axes. Once the workpiece is fixed, the machine’s rotational axes allow cutting from multiple angles. This delivers three transformative advantages: Ultra-High Precision:Eliminates cumulative errors caused by multiple re-fixturing. Extreme Complexity:Capable of producing inclined surfaces, freeform curves, and other geometries that are impossible with traditional methods in a single setup. Efficient Production:Reduces auxiliary time for re-fixturing and machine changes, while improving surface quality.
CNC machine

Multi-Axis Machining: Why It’s Synonymous with High-Precision Parts

Traditional CNC machines mainly move along three linear axes (X, Y, Z), while multi-axis machining incorporates a fourth, fifth, or even more rotational axes. Once the workpiece is fixed, the machine’s rotational axes allow cutting from multiple angles. This delivers three transformative advantages: Ultra-High Precision:Eliminates cumulative errors caused by multiple re-fixturing. Extreme Complexity:Capable of producing inclined surfaces, freeform curves, and other geometries that are impossible with traditional methods in a single setup. Efficient Production:Reduces auxiliary time for re-fixturing and machine changes, while improving surface quality.
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