Different Types of Try Squares and Their Uses

When it comes to precision marking and measurement in woodworking, metalworking, and construction, one tool that stands out for its reliability is the try square. Whether you are a beginner craftsman or a professional tradesperson, understanding the different varieties and their specific applications can significantly improve accuracy and efficiency in your projects. This blog explores the main types of squares available, how they differ, and where each one performs best.

What Is a Try Square?

A Try Square is a simple, L-shaped measuring tool used to check and mark 90-degree angles on materials like wood, metal, or plastic. The tool consists of a handle (or stock) and a blade fixed at a right angle. Although basic in design, it is crucial for ensuring clean cuts, straight lines, and precise assembly.

You can also buy a try square set, which includes different blade lengths for various applications. These sets are ideal for workshops that work with materials of varying sizes and need consistent accuracy across projects.

Types of Try Squares

There are several types of squares available, each designed for specific uses. Let’s explore the most common ones.

1. Traditional Carpenter’s Try Square

A carpenters try square is the most widely used version and is essential in woodworking. It typically features a wooden or plastic handle with a steel blade. Woodworkers use it to mark straight cuts, check board edges, and verify right angles on furniture, frames, shelves, and more.

This tool is often included in a try square set, making it versatile for general carpentry tasks. Its lightweight structure and comfortable grip make it ideal for daily workshop use.

2. Engineer’s Try Square

An engineer’s square is more precise than a woodworking square and is used extensively in metalworking and machining. Made entirely of hardened steel, it offers extremely accurate readings. Engineers rely on this tool to measure and mark precise 90-degree angles, inspect component edges, and set up machines.

Because of its high precision, the try square tool price of an engineer’s square is usually higher than other types.

3. Machinist Square

A machinist square is similar to an engineer’s square but is used specifically for checking machine setups, metal edges, and calibration tasks. It is manufactured to meet strict accuracy standards and is indispensable for accuracy-critical jobs. This square helps in maintaining proper alignment of machinery and metal components.

4. Combination Square

Although not technically a Try Square, the combination square serves similar purposes with added functionality. It includes multiple interchangeable heads, such as a protractor and center finder, making it a highly versatile tool.

Woodworkers, machinists, and builders prefer combination squares when they need flexibility for multiple measurements.

5. Adjustable Try Square

An adjustable square allows users to change the angle of the blade, making it useful for tasks requiring angles other than 90 degrees. It is beneficial in custom carpentry, cabinetry, and design work. The adjustable blade helps achieve unique cuts that standard squares may not allow.

Uses of Different Try Squares

Every type of Try Square has unique advantages. Let’s look at their most common uses:

• Checking right angles for cutting wood, metal, and plastic
  
  

• Marking guidelines before sawing or drilling
  
  

• Testing edge flatness on wooden boards or metal plates
  
  

• Setting up machinery for alignment and calibration
  
  

• Ensuring accurate joints in furniture and metal assemblies
  
  

• Drawing accurate layout lines during carpentry and fabrication
  
  

Because of these varied applications, the tool is essential in workshops, factories, and construction sites.

Factors to Consider When Choosing a Try Square

Before investing in one, consider:

1. Material Quality

High-quality steel ensures better accuracy and long-term durability.

2. Blade Length

Shorter blades are ideal for fine woodworking, while longer blades help with large material inspection.

3. Measurement Accuracy

Machinists and engineers need precision, so higher-grade squares are recommended.

4. Try Square Tool Price

Prices vary based on accuracy, material, and size. Gauge your budget according to your project needs.

5. Frequency of Use

Professionals may need a full try square set, whereas hobbyists might only require one or two basic models.

Conclusion: Why Jaibros Is Your Trusted Source

A Try Square may seem simple, but choosing the right type ensures precision in every project. Each variant—woodworking, engineering, machinist, or combination square—serves a specific purpose and enhances accuracy and work quality.

For those who want reliable tools with long-lasting accuracy, Jaibros offers high-quality measuring and workshop tools at affordable prices. Whether you need a try square set, machinist square, or any other precision tool, Jaibros provides durable, well-crafted products that support both professionals and hobbyists.

FAQs

1. What is the main use of a Try Square?

It is used to check and mark perfect 90-degree angles on wood, metal, or plastic.

2. How many types of Try Squares are there?

Common types include carpenter’s square, engineer’s square, machinist square, adjustable square, and combination square.

3. Is a carpenter’s try square accurate?

Yes, it is accurate enough for most woodworking tasks like cutting, marking, and assembling.

4. What affects the Try Square tool price?

Material quality, blade length, and accuracy level affect the price.

5. Can I use a Try Square for metalworking?

Yes, but it is best to use an engineer’s or machinist square for high precision metalwork.