Manufacturing Engineer
Hello everyone, I'm Frank, a dedicated engineer at our manufacturing facility. With a passion for integrating innovative design with practical technical solutions, I oversee the entire product development lifecycle from concept to commercialization, transforming ideas into high-quality products.
My technical expertise includes:
• Validating manufacturability through 3D modeling and engineering simulations using CAD software
• Conducting finite element analysis (FEA) to assess material strength and identify failure modes
• Applying advanced manufacturing techniques like metal forming and additive manufacturing
I lead cross-functional coordination among R&D, process engineering, and production teams to ensure seamless product realization from design to mass production. My focus is optimizing solutions for cost efficiency while maintaining rigorous quality standards. When production issues occur, I perform root-cause analysis and implement process improvements to achieve the ideal balance between product performance and manufacturing efficiency.
Sales Manager
Hello everyone, I'm Yuki, a 15-year veteran in CNC precision machining sales, known as the "Iron Lady" in our industry. From frontline business development to leading high-performance teams, I firmly believe nothing is impossible.
Precision is our language: With 44 CNC machines operating 24/7, we achieve ±0.005mm precision that meets 90% of industrial application requirements. From micro electronic connectors to heavy-duty drivetrain components, we transform digital designs into metallurgical reality.
Our credentials speak for themselves:
• IATF 16949:2021 certified
• 96.63% first-pass yield (FPY) in vehicle assembly
• 24-hour rapid response for urgent orders
We don't rely on sales gimmicks. We deliver results. We dare to take on urgent, challenging, and high-precision orders, using proven performance to earn customer trust. Our tangible outcomes speak volumes, consistently turning first orders into repeat business!
Quality Control Inspector
Hello everyone, I'm Joye, a quality control inspector. As the gatekeeper of manufacturing quality, my core mission is to establish comprehensive quality safeguards throughout the entire production process.
Starting with incoming material inspection, I perform measurements and comparisons of critical parameters according to sampling standards. Online inspection points are set up to monitor process stability through real-time data collection.
I identify abnormal signals like dimensional deviations and parameter drifts, then analyze defect patterns to pinpoint primary failure modes. For recurring issues, I initiate root cause analysis and collaborate with the process team to adjust equipment parameters or update work instructions. We drive preventive improvements through our quality dashboard system.
By continuously optimizing inspection procedures, we systematically reduce quality risks to ensure products meet both technical specifications and customer expectations.
General Manager, R&D
Hello everyone, I'm Jason, overseeing product development. Our development process is driven by market needs and technological feasibility, covering the entire product lifecycle.
By analyzing pain points and market trends, we translate abstract requirements into concrete technical specifications, then lead conceptual design and functional module decomposition. We validate feasibility through simulations and rigorous testing.
For existing products, we systematically collect feedback and build databases to analyze failure modes and user experience shortcomings. Based on these insights, we implement structural optimizations, material upgrades, or interaction logic redesigns.
Throughout the development cycle, we collaborate closely with industrial design, manufacturing engineering, and supply chain teams to optimize mass-production costs. We employ methods like A/B testing and small-batch trial production to verify improvements, ensuring smooth technology integration and enhanced operational efficiency.
CNC Machining Programming Engineer
Hello everyone, I'm Justin, a CNC machining programmer. My work involves analyzing geometric features from 3D engineering drawings, combining material cutting characteristics with machine tool capabilities to plan optimal toolpaths using professional software like Mastercam.
For complex surfaces, we employ spiral milling to reduce tool marks. For deep cavity structures, we implement z-level machining to control tool load.
Through post-processors, we convert toolpaths into machine-readable G/M codes, precisely defining spindle speed, feed rate, and cutting depth parameters while embedding safety commands like coolant control and tool compensation.
During first-article production, we conduct virtual simulation verification. Based on trial cutting results, we adjust cutting strategies and stock allowance distribution while monitoring machining vibration and tool wear data in real-time, ultimately achieving coordinated optimization of machining efficiency, surface quality, and equipment service life.
Packaging Operator
Hello, I'm Lucy, in charge of packaging operations. Packaging personnel serve as the final quality safeguard before product delivery. Our packaging team ensures the last round of product inspection, where operational precision directly impacts customer satisfaction.
We strictly implement the "Triple-Check" protocol:
Verify consistency between product labels and work orders (item name/specifications) to prevent material mix-ups.
Confirm quantities and batch codes to maintain complete traceability.
Conduct item-by-item verification of all specific requirements.
We manage packaging materials using FIFO (First-In, First-Out) principle, storing them by receipt date in designated zones with clear expiry labeling, while conducting daily inventory audits to prevent shortages. Our 5S workplace management ( Tool positioning and Material zones) maintains orderliness. We regularly review frequent errors to optimize operating procedures.
Production Supervisor
Hello everyone, I'm Leo, in charge of production. Production management is the critical link ensuring manufacturing system efficiency, with its core being optimal resource allocation through scientific scheduling.
We dynamically adjust monthly/weekly production plans based on market demand fluctuations, order urgency and actual capacity, while coordinating material procurement cycles, equipment maintenance schedules and workforce shifts.
By monitoring production line status, we identify abnormalities like equipment idle time or process backlog, then apply dynamic scheduling strategies to balance workflow rhythms. For bottleneck stations, we implement cross-training, process optimization or buffer inventory to improve throughput efficiency, while minimizing changeover time and material wait waste through precision scheduling, ultimately achieving both on-time delivery and resource utilization improvement.
