Precision Machining: Future of Power Generation
Power generation is evolving quickly. In the United States and across the globe, energy systems are changing to meet growing demands. At the center of this shift is the need for parts that are accurate, durable, and efficient. That’s where precision machining becomes essential. Precision machining uses advanced tools and systems to cut and shape […]
CNC Turned Parts: Manufacturing Guide
In the world of high-precision manufacturing, CNC turned parts don’t always get the spotlight. They’re small, often hidden inside assemblies, and easy to overlook. But without them, entire machines can fail. In this article, we’ll explore what CNC turned parts are, why they matter, and how they keep industries moving forward — one precisely shaped […]
Mill/Turn Machining: For High-Precision Aerospace
In the aerospace industry, precision is critical for safety, reliability, and performance. Mill/turn machining plays a key role in producing complex components efficiently with tight tolerances. This process enables the creation of intricate parts in one operation, reducing errors and improving quality. Minimizing adjustments and handling lowers risks while maintaining consistency. High-speed cutting tools enhance […]
What AI-Driven CAD Design Means for Manufacturing
Manufacturing is evolving fast. Artificial intelligence (AI) now powers computer-aided design (CAD) systems. These AI-powered tools help engineers design parts that are easier to make, with fewer mistakes and faster turnaround. Instead of designing in a vacuum, AI gives instant feedback based on real-world machining limits. For precision shops like Krukemeier Machine & Tool, this […]
Machining Tolerances: 5 Mistakes and How to Avoid Them
Tolerancing Mistakes Cost More Than You Think Machining drawings do more than communicate a part’s shape—they tell a machine shop exactly how to make it. When machining tolerances are unclear, unrealistic, or missing, the result can be expensive: production delays, scrap parts, or hours spent on clarification. Understanding how to properly define machining tolerances is […]
CNC Machining Aerospace: What You Need to Know
Aerospace Parts Demand Precision Aerospace components are among the most demanding in modern manufacturing. Each part must meet exacting standards for performance, safety, and reliability—often under extreme conditions. From turbine blades to lightweight structural supports, there’s no room for error. This is why CNC machining has become a go-to solution in the aerospace industry. CNC […]
What Is Wire EDM? A Guide
Precision Machining for Complex Parts When it comes to producing parts with intricate shapes and ultra-tight tolerances, conventional machining doesn’t always cut it—literally. That’s where wire EDM steps in, offering higher accuracy, better surface finishes, and less mechanical stress on the part. Wire EDM, short for wire electrical discharge machining, allows manufacturers to remove material […]
Ram EDM vs. Wire EDM: Choosing the Right Process
Electrical Discharge Machining (EDM) is a precise way to remove material using tiny, controlled sparks. Ram EDM and Wire EDM offer distinct advantages depending on part geometry, material, and application. Knowing how they differ is helpful for engineers and manufacturers when picking the correct method for their projects. Both methods are popular in aerospace, medical, […]
Machining Automation: The Benefits of Pallet Machines
What Are Pallet Machines? In manufacturing, pallet machines play a big role in making production faster and more efficient to improve machining automation. These machines hold and move parts automatically during machining. Instead of stopping a machine to load a new part, pallet machines swap parts quickly, keeping production going. Machining automation helps companies reduce […]
Multi-Axis Machining: In High-Precision Production
Overview – Making Complex Parts with Extreme Accuracy Modern industries need multi-axis machining to create high-precision parts that are both strong and complex. Traditional machining can only move in three directions—up and down, side to side, and front to back. But many industries, like aerospace and automotive, need parts with more detail and tighter tolerances. […]