What Happens If a CNC Machining Delivery Is Delayed?
At ly-machining, we understand that on-time delivery is critical. While we have robust systems to prevent delays, our policy in the rare event of a schedule adjustment is centered on immediate and transparent delivery delay communication. Should an unforeseen issue arise that impacts your project schedule, your dedicated project manager will contact you immediately to […]
How Long Does a CNC Machining Order Typically Take to Deliver?
The delivery time for a CNC machining order is not fixed; it varies based on several key factors. At ly-machining, a typical CNC machining lead time can range from a few days for simple, low-volume parts to several weeks for highly complex projects. The final delivery schedule is primarily influenced by project complexity, material availability, […]
How Do You Control and Manage CNC Part Delivery Times?
At ly-machining, our ability to control and manage CNC part delivery times is built on a foundation of proactive project management and transparent communication. We utilize a sophisticated production scheduling system that provides a clear, real-time overview of all ongoing projects. From the moment your order is confirmed, it is integrated into this system, allowing […]
How Do You Control for Cosmetic Defects in CNC Machining?
At ly-machining, controlling for cosmetic imperfections is an integral part of our comprehensive quality management system. Our approach to aesthetic quality control combines advanced machining techniques, strict process controls, and rigorous inspection. We start by working with you to define clear, objective standards for the final appearance, ensuring our outcomes align perfectly with your expectations […]
How Do You Control Scratches and Damage in CNC Machining?
At ly-machining, we implement a comprehensive CNC quality control protocol to prevent surface defects such as scratches, dings, and handling marks throughout the entire production cycle. Our strategy focuses on meticulous damage prevention at every stage. During machining, we use optimized toolpaths and appropriate coolants to ensure a clean cut. Post-machining, each part undergoes a […]
How Does Your CNC Machining Process Ensure On-Time Delivery?
At ly-machining, ensuring on-time delivery is a cornerstone of our service, managed through a systematic and proactive approach. Our strategy integrates advanced planning, transparent communication, and a highly efficient CNC machining process. From the moment we receive an order, our team implements rigorous production scheduling using specialized project management software. This allows us to allocate […]
Can We See Photos and Videos of Your CNC Machining Workshop?
Absolutely. We understand the importance of verifying a supplier’s capabilities and environment before committing to a project. At ly-machining, we provide comprehensive visual documentation, including high-resolution photos and detailed video tours of our state-of-the-art CNC machining workshop. These materials are designed to give your company a clear and transparent look into our operations, showcasing our […]
What Level of Precision Can Your CNC Machines Achieve?
Our advanced CNC machining centers are capable of achieving high levels of precision to meet diverse project needs. While we can consistently hold a standard CNC machine accuracy of ±0.005 inches (±0.13 mm), our high-performance machines and expert machinists frequently work with much tight tolerances, reaching down to ±0.0005 inches (±0.012 mm) or better for […]
How Do You Guarantee CNC Machined Parts Meet Drawing Requirements?
Ensuring parts meet drawing requirements is a core function of our quality control process, which integrates checks at every stage of production. The process begins with a thorough drawing review and programming validation to prevent errors before machining starts. During the CNC machining run, we conduct a “first-off inspection” to verify that the initial part […]
How to Manage Tolerances for Hard and Regular Anodizing?
Achieving final dimensional accuracy on anodized aluminum parts requires precise pre-machining calculations to account for the growth of the anodic layer. Unlike a simple coating, anodizing converts the aluminum surface into aluminum oxide, which occupies more volume than the consumed base metal. This results in dimensional changes that must be factored into the initial machining […]
