Ardel Engineering Blog

Aerospace manufacturing produces parts for aircraft, missiles, and spacecraft. While aerospace fabrication shops may employ many of the same techniques and equipment as other manufacturing operations, aerospace parts manufacturing requires next-level quality standards and considerably more administrative overhead. To become part of the industry, companies must attain several certifications and registrations that attest to stringent quality management at every level of the manufacturing process to ensure the components meet the standards and tolerances required.  

Computer Numerical Control (CNC) technology has improved the capabilities of many machine shops and manufacturing operations. It's a competitive industry and each company brings its own strengths to the table—but not all contract CNC manufacturers are created equal. It’s important to consider multiple options and select a CNC manufacturer that can handle your project, your budget, and any other unique needs you may have.

CNC machining is a manufacturing process known for its versatility. Manufacturers use the process to create high quality, custom-designed parts and products for a wide range of industries from virtually any type of material. Typical machined materials include metal, plastic, wood, foam, and fiberglass.

CNC vertical milling uses automated processes to control specialized rotary cutting tools that remove material from a workpiece’s surface. Manufacturers use CNC vertical milling to both form a workpiece and to create detailing on its surface. It’s most often used to cut small holes and notches and to create three-dimensional products. These machines’ vertical spindles also make them great for drilling and plunging cuts.

CNC machining refers to Computer Numerical Control, a system that uses computers to control and move a machine. Most often these milling tools are used for metalwork, but they can also make products for a variety of industries.

With the ability to craft sophisticated designs using an assortment of metals, engineers can fabricate precise communications equipment using CNC machining.

Aluminum once made up the bulk of the material used in aerospace applications. Aluminum accounts for as little as 20% of the materials used in a typical jet today, however. Composite materials, carbon-reinforced polymers, and honeycomb materials are increasingly seeing usage across the aerospace industry because of the demand for lighter-weight aircraft.

Milling is one of the most common machining processes available. It can be used to machine a wide variety of materials such as metal, wood, and plastics, but the best milling machine for a particular project depends on the complexity and requirements of the specific design.

 In today’s marketplace, there are many options for customers in search of a machine shop. With so many supplier listings available online and across social media, making a final decision can seem daunting. Clients need a trusted method to find a reliable, efficient partner that offers guaranteed quality and cost-effective service. 

Geometric Dimensioning and Tolerancing (GD&T) is a design approach and manufacturing mechanism that helps engineers and designers communicate how to bring a part design to life. When documented correctly using GD&T, it is possible to build a part that exactly matches its on-paper plans. 

Learn about the main factors to consider when designing complex parts and the benefits of working with manufacturers in order to ensure design optimization for cost effectiveness.

Many steps go into manufacturing a complex part, which is why it is crucial to maintain a cooperative effort across all departments in order to achieve the best quality and price. We explore how to achieve this goal in our comprehensive new eBook, Cost Effective Design Tips for Machining Complex Parts.