Blogs

Discover the ins and outs of manufacturing’s go-to metal surface finishing techniques (electroplating, anodizing, spraying, etc.)—their strengths, compatible materials and how to choose the right one.

Discover the key steps of sheet metal fabrication—from material selection and design review that delivers precise, high-quality, and durable CNC-machined sheet metal products.

Acrylic CNC machining for beginners, covering PMMA’s properties, CNC machining advantages, key applications, and essential tips on equipment, technology and market positioning.

AI’s booming computing power has made liquid cooling mainstream for high-density servers, with UQD (Ultra Quick Disconnect) as a key component. Driven by liquid-cooled data centers and new use cases,...

Key metals, engineering plastics, and wood for CNC machining, detailing their properties and uses. It helps balance performance, cost, and manufacturability to pick the ideal material for your project.

Sand casting and investment casting are key metal-forming methods. Sand casting fits large/simple parts. Investment casting offers high precision finishes for small/complex parts. This guide helps teams choose based on...

Precision CNC machining aids custom hardware development—prototypes for design checks, precise parts for verification, small-batches for mass production. Keywin strengthens this with multi-axis equipment and engineering help, speeding up product...

Small-batch CNC fits prototype validation, market testing, custom production— fast turnaround, low MOQs. This article outlines suitable projects, criteria to help teams make smarter manufacturing decisions.

Compare traits, typical applications for sand, investment, die casting, and selection guidelines based on project needs (part complexity, production volume).

Common failures of automotive parts from improper die-casting, their causes (material selection, mold design) and prevention methods are analyzed.

Auto die casting is a high-pressure automotive metal forming process: molten alloys injected into precision molds yield high-precision, lightweight parts with advantages and limitations.

Standard components often fail at sea amid harsh conditions—such as corrosive seawater, and extreme temperature swings—yet custom marine components, significantly boost operational reliability and slash long-term maintenance costs.

High-precision custom metal forging mechanisms—encompassing key processes, materials, and industry applications—are detailed. Keywin provides high-precision custom forging through one-stop integrated solutions, ensuring quality and tailored efficiency.

Keywin aids military ship part makers with small-batch CNC machining of high-precision complex aluminum parts, on-time with strict tolerances.

Custom Metal Forging is a high-pressure solid-state process where solid metals are shaped under intense pressure, producing high-strengthparts. Keywin offers tailored solutions covering design, material selection, and precision manufacturing to...

Learn how to reduce unit costs in small-batch CNC machining while ensuring precision and delivery speed through targeted optimizations.

This article explores precision metal fabrication's key role in renewable energy, detailing tech needs for wind/solar/hydro components and Keywin's CNC solutions.

This article highlights how modern metal fabrication enhances sustainable manufacturing for green energy projects, showcasing Keywin's eco-friendly practices.

Small-batch CNC machining provides fast-track teams a smart, cost-effective way for rapid turnaround.

Explore the challenges faced in the manufacturing of robotic hand parts, as well as the application and support of CNC machining in this field.

From a design perspective, explain proper reservation of tapping screw holes in CNC machined parts, covering key methods and considerations for optimal machining and assembly.

Introduction to Die Casting and MIM and Selection Guide

From a Rider’s Dream to an Innovative Product