Make the Most of Your Five-Axis Machine

October 8, 2024

Five-axis machining is a game-changer in the manufacturing world, especially for industries that demand precision, like aerospace, medical, and commercial manufacturing. This advanced technology allows manufacturers to create complex parts with high precision and efficiency, but unlocking its full potential requires strategic planning and attention to detail. Here, we’ll share tips to help you make the most of your five-axis machine.

1. Optimize Tool Paths

Efficient tool paths are essential to get the most from your five-axis machine. Using CAM software tailored for five-axis machining can optimize tool paths, minimizing unnecessary movements and reducing cycle times. Not only does this boost productivity, but it also extends tool life by reducing wear and tear.

2. Use High-Quality Tools

The right cutting tools are crucial for precision and speed. High-quality tools made from durable materials like carbide, with advanced coatings, can handle the demands of five-axis machining better than standard tools. This investment in quality tools can lead to faster production speeds, improved accuracy, and longer tool life.

3. Embrace Adaptive Machining

Adaptive machining techniques, such as dynamic milling, are designed to reduce tool wear by maintaining a constant chip load. This approach allows for faster feeds and speeds, making it ideal for five-axis machines, where maintaining steady engagement with the material enhances both precision and efficiency.

4. Prioritize Fixture Design

A secure fixture setup is essential for five-axis machining. Modular or custom-designed fixtures help reduce vibration and misalignment, improving accuracy and allowing for more complex geometries. Taking the time to perfect your fixture design will result in better part quality and reduced cycle times.

5. Invest in Training

Five-axis machining requires a specialized skill set. Investing in training for your team ensures they understand the unique aspects of programming, setup, and operation of five-axis machines. Many manufacturers offer training programs, and investing in continuous education for your staff will enhance productivity and precision.


At Modelcraft Co., we leverage our five-axis machines to deliver high-quality, precision components that meet our clients’ needs. With nearly 60 years of experience in the industry, we understand that maximizing the capabilities of advanced machinery is key to maintaining a competitive edge. Following best practices like tool path optimization, quality tooling, adaptive machining, improved fixturing, and focused training can help you fully realize your five-axis machine’s potential.

For precision manufacturing solutions,contact Modelcraft Co. and let’s make the most of your five-axis machine together.

Recent Articles

Employee Spotlight: Dave Hill – Vice President of Quality & Engineering

Employee Spotlight: Dave Hill – Vice President of Quality & Engineering

February 19, 2025
At Modelcraft Co., we recognize the importance of strong leadership and technical expertise in delivering high-quality precision-machined parts. Dave Hill, our Vice President of Quality & Engineering, brings over 25 years of aerospace industry experience to our team, playing a key role in maintaining the highest standards of quality and efficiency.
How Modelcraft Co. Tackles Unique Manufacturing Needs

How Modelcraft Co. Tackles Unique Manufacturing Needs

January 28, 2025
In today’s competitive manufacturing landscape, companies need more than just precision machining—they need a partner who can solve complex challenges with innovative solutions. Modelcraft Co. has spent nearly 60 years tackling unique manufacturing needs, helping customers in the medical, aerospace, and commercial industries achieve their goals with precision, efficiency, and reliability.
The Evolution of Precision Machining: From Handcraft to High-Tech

The Evolution of Precision Machining: From Handcraft to High-Tech

January 27, 2025
For nearly 60 years, Modelcraft Co. has been at the forefront of precision machining, adapting to industry advancements while maintaining our commitment to quality craftsmanship. The manufacturing world has evolved significantly, transitioning from manual, hand-crafted techniques to state-of-the-art, high-tech automation. This evolution has not only improved efficiency and accuracy but has also expanded the possibilities of what can be achieved in the medical, aerospace, and commercial industries.
How Component Design Affects Machining Costs

How Component Design Affects Machining Costs

December 19, 2024
In the realm of manufacturing, the design of a component significantly influences its overall production costs. Precision machining is a critical process where every design decision can impact the ease, speed, and expense of manufacturing. From the material chosen to the complexity of the design, every aspect has a cost implication. This blog post explores key areas where thoughtful design can lead to more cost-effective manufacturing processes. By understanding these factors, designers can optimize their components not only for functionality and aesthetics but also for cost-efficiency in production.
A Guide to How Wire EDM Works

A Guide to How Wire EDM Works

December 9, 2024
Wire EDM, or Wire Electrical Discharge Machining, is one of the most precise and efficient manufacturing processes used today. At Modelcraft Co., we leverage this advanced technique to create intricate parts with tight tolerances, particularly for industries like aerospace, medical, and commercial manufacturing. In this blog, we’ll walk you through how Wire EDM works and why it’s such a powerful tool in precision machining.
How the Design of a Part Influences the Manufacturing Process

How the Design of a Part Influences the Manufacturing Process

December 9, 2024
In precision manufacturing, a part’s design lays the foundation for the entire production process. At Modelcraft Co., we recognize how critical design decisions can influence efficiency, quality, and cost. To streamline this understanding, we’ve broken down the connection between part design and manufacturing into five key steps.
The Evolution of Precision Machining: From Handcraft to High-Tech

The Role of Advanced Machining in the Medical Industry: Precision Parts Saving Lives

November 6, 2024
In the medical industry, precision and reliability aren’t just standards—they’re lifesavers. From surgical instruments to life-supporting devices, the parts used in medical equipment demand an exceptional level of accuracy. Advanced machining plays a critical role in this field, providing the precision components that ensure medical tools function flawlessly. At Modelcraft Co., we understand the importance of this responsibility, producing high-quality, precision-machined parts that ultimately contribute to saving lives.
The Art and Science of Assembly in Precision Manufacturing

The Art and Science of Assembly in Precision Manufacturing

November 6, 2024
In the world of precision manufacturing, assembly is both an art and a science. At Modelcraft Co., the process of assembling components into a finished product goes beyond simply putting pieces together. It requires expertise, attention to detail, and a methodical approach to ensure each part works harmoniously within the final product.
Why It’s Critical to Prototype with Your Production Supplier: Lower Costs and Minimize Risks

Why It’s Critical to Prototype with Your Production Supplier: Lower Costs and Minimize Risks

October 8, 2024
When developing a new product, one of the most crucial steps is prototyping. However, partnering with your production supplier for this phase can provide substantial benefits over working with a separate prototyping firm. At Modelcraft Co., we’ve seen firsthand how prototyping with your production supplier can streamline the process, ultimately lowering costs and reducing risks. Here’s why it’s a smart choice.
Show More
Share by: