When working with the right tool and fixture shops, tooling and fixture projects are customized for assembled parts. Some examples of this are BMC tooling, machine tool light fixtures, drilling fixtures and tooling, and jigs. With the information provided, you will have a better understanding of the type of work involved.

While these functions are all unique, they are used to produce superior-quality tools for a variety of industries. That means that tools are fabricated to be accurate, strong, and durable while meeting the customer’s specifications.

What is a Tooling Fixture in Manufacturing?

When it comes to manufacturing, there are various processes and components involved in creating a final product. One essential element in this realm is a fixture. In the manufacturing industry, a fixture plays a crucial role in ensuring accuracy, efficiency, and consistency in production. Let’s delve deeper into what a fixture is and how it contributes to the manufacturing process.

In simple terms, a fixture can be defined as a device or tool used to securely hold and support a workpiece during machining or assembly operations. It is designed to position and hold the workpiece firmly in place, allowing for precise and repeatable manufacturing processes. Fixtures are commonly used in machine shops, where they aid in achieving accurate and consistent results.

The primary purpose of a fixture is to provide stability and rigidity to the workpiece during machining operations. By securely holding the workpiece, it minimizes the chances of movement or vibration, which can lead to errors or inaccuracies. This stability is crucial when it comes to machining complex or intricate parts that require high precision.

Fixtures are especially important in machine shops, where various cutting tools are used to shape and form raw materials into finished products. These tools need a stable and controlled environment to operate effectively. A fixture ensures that the workpiece remains in the correct position throughout the machining process, allowing the cutting tools to work with precision and accuracy.

Tooling fixtures also play a significant role in increasing efficiency in manufacturing processes. By securely holding the workpiece, they enable faster setup times and reduce the chances of errors or rework. With a well-designed fixture, operators can quickly load and unload workpieces, leading to improved productivity and reduced downtime.

Now let’s take a closer look at the components of a tooling fixture. A typical tooling fixture consists of several key elements:

  1. Base Plate: The base plate provides a stable foundation for the fixture and is usually made from a rigid material such as steel or cast iron.
  2. Clamps or Vises: These components are used to secure the workpiece onto the fixture. They come in various forms, such as mechanical clamps, pneumatic clamps, or hydraulic vises, depending on the specific requirements of the machining operation.
  3. Locating Pins: Locating pins are used to precisely position the workpiece in relation to the cutting tools or other machining operations. They ensure that the workpiece is consistently positioned for accurate machining.
  4. Support and Rests: These elements provide additional support to the workpiece, preventing any sagging or movement during machining. They help maintain stability and rigidity throughout the manufacturing process.

In conclusion, a fixture is an indispensable tool in the manufacturing industry, especially in machine shops. It provides stability, accuracy, and efficiency to machining operations, ensuring consistent and precise results. By securely holding the workpiece and providing a controlled environment for cutting tools, fixtures contribute significantly to the overall quality and productivity of the manufacturing process. So, whether you’re involved in machining intricate parts or assembling complex products, a well-designed fixture is essential for achieving optimal results.

BMC Tooling

BMC is the acronym for Bulk Molding Compound, which is conformed to a mold form via applied pressure. The compound is then heated to the point that a curing reaction occurs. From there, the mold is cooled and the part is removed. Depending on the process, materials are loaded into the mold as a sheet or pellets. In addition, the mold can be loaded using a plastic extruder. The goal is to distribute the feed material evenly over the surface of the mold in an effort to reduce the flow orientation during the compression stage.

Drilling Fixtures and Tooling

The fixture holds the workpiece in place while the drill jig helps guide the drill bit to the appropriate location where holes are to be made. Usually, the holes are a part of the drilling fixture design, providing space for the drill bit so that it can go through the workpiece without the drill or fixture experiencing damage.

Bushings, which are bearing sleeves, go inside the holes to serve as protection and guide the drill bit. To prevent bending of the workpiece while under the drill’s force, it is important for drilling fixtures to be properly designed.

Machine Tool Light Fixtures

Machine tooling is used in the fabrication of emergency, industrial, LED, and machine lights and portable work lights. This process ensures a high quality and zero defects.

For shop fixtures and fittings, you can always rely on the experts at Global Tech Ventures. Our professional team of employees, associates, and suppliers works toward the same goal of ensuring customer satisfaction. Using innovative strategies, we provide the highest-quality products and tooling & fixturing services. Please visit our website to learn more about what we do or contact us by phone to speak to a company representative.