10 Best Rigid Pipe Cutter In 2022

Buying Guide For The rigid pipe cutter

Cutter Size

As you may already be aware, hand tools are made in a variety of sizes to accommodate a wide range of users. The overall size of the rigid pipe cutter influences both ergonomics and the applications that can be performed with the cutter.

In our collection of rigid pipe cutter, you can find cutters ranging in size from 6 inches to 9 inches. As a result, within this broad range, you will undoubtedly find a proper size for a diagonal cutting tool in our guide. While selecting a cutter size, be careful to compare it to your application as well as your toolbox, as it will be stored in one when not in use.

Design

Another factor that influences the user in a variety of ways is the design. In general, rigid pipe cutter is built in such a way that it can be used for crimping or wedging. Even yet, there are minor variances in the design of the blades and handles that make a big impact when it comes to application.

For example, a cutter with straight blades will provide you with straight cuts, which are ideal if you need the cutter to create similar types of cuts on a regular basis. However, some manufacturers add tilted heads on the blades to improve accuracy and precision. This lets you to cut the material at an angle and easily manage curved cuts.

Grip and Build Quality

The most significant feature of any tool is its build quality. When purchasing a rigid pipe cutter, make certain that you are investing in a plier that will last a long time and provide excellent performance even after repeated use.

Even though rigid pipe cutter is commonly used, the sharp edge can wear off and produce erroneous results over time. You can avoid it by inspecting the material used for the cutter’s blades. Aside from that, you should pay close attention to the cutter’s grip. Because this is a manual instrument, you will be applying force by hand, thus a strong ergonomic grip on the tool is excellent to minimize accidents and make accurate cuts every time.

Warranty 

Tools are normally quite sturdy and provide at least 5 to 6 years of trouble-free performance. However, if you are looking for a quality alternative, it is best to go with one from a manufacturer that offers a lifetime warranty on its products. A warranty period of this length is essentially a quality assurance on the cutters and provides you with the best value for your money.

You do not have to choose the most expensive choice to receive a lifetime warranty period because we have a number of options that include budget-friendly yet trustworthy options. The guarantee duration applies not just to the cutter’s build quality, but also to its general design and performance, giving its user peace of mind before purchasing it.

Quality Construction

Build quality is critical for all types of equipment and accessories. A high-quality tool will be more dependable in the long run and provide superior outcomes. However, it is crucial to note that most instruments made of higher-quality materials are more expensive.

Reliability

If you intend to buy a plier or a cutter for the long term, you should obviously think about the warranty period. Most of the solutions on our list today will provide you with a limited lifetime warranty duration, which is a preferable option because you will have long-term guarantee on the product’s quality.

How to React to a Cut on the Hand?

Keep in mind that never ignore a hand-wound. To treat it swiftly, it is necessary to monitor it, estimate its severity and size, as well as consider the injured person’s condition of health. The wound may necessitate medical treatment.

Assessing the severity of the cut

First and first, carefully check the wound. This is done to ascertain if it is a:

Superficial cut: the two edges of the cut are too close together to be separated. This is a minor, harmless wound that affects only the epidermis and subcutaneous tissue.

Deep cut: The two edges of the deep cut are far apart, and the wound is wide open. Furthermore, the cut is deep (greater than 0.5 cm), and tendons, muscles, nerves, blood vessels, and even bone may be impacted.

You should consider the following factors while determining the severity of the wound:

• The wound’s length;
• The wound’s width;
• The wound’s cleanliness;
• The wound’s appearance (ragged or clean);
• Foreign objects (dirt, shavings, wood, or metal fragments) in the wound;
• Wound bleeding (mild, moderate, or excessive);

Of course, it will be necessary to determine which object caused the wound.

Cleaning the cut

Begin by thoroughly cleansing your hands with soap and water. Then, to treat the wound, take the following steps:

1. To eliminate filth and foreign bodies, clean the incision from the center outward. To do this, use only a gauze pad or a clean, smooth cloth. Do not sooth the wound! Apply a tapping motion.
2. Rinse the wound with warm, clean water. Take cautious not to splash water directly on the wound.
3. Use an antiseptic solution to clean the wound. Use no alcohol (it hinders the healing process) and no mercurochrome (it could mask foreign bodies).
4. If the wound is bleeding profusely, apply a compress to it. Otherwise, leave the wound alone to heal.

Knowing when to consult

As you can see, a hand wound frequently necessitates a trip to the emergency room. To do so, contact the fire department or emergency services. Do not wait if the injured person exhibits symptoms of fever, vomiting, or any other indicator of infection.

CAUTION: If any limbs have been cut, wrap them in a clean cloth and then place them on ice in an airtight plastic bag.

What Prevention Measures Should Be Taken to Prevent Hand Injuries?

To reduce the risks of hand cuts at work, your firm must create a prevention plan.

It is your responsibility as an employer to create a centralized document for assessing occupational risks in your workplace and to keep it up to date.

This document allows you to identify and list all of the dangers and risks to which your personnel are exposed, including skin cuts.

Once it is completed, you must take all required precautions to protect your teammates. This may include, but is not limited to:

• Appropriate training to increase awareness of hand injuries;
• Work instructions intended to reduce the risk of hand cuts;
• Purchase of new equipment to safeguard employees’ hands;
• Modernization of workplace equipment or facilities;
• Regular and regulated tool and machine inspections

Individually, your staff can reduce their risk of hand wounds by performing the following gestures:

• Getting acquainted with the equipment and machines;
• Keep sharp tools and machines out of their reach;
• Wear the appropriate Personal Protective Equipment (PPE) at all times.
• They can work at their own pace and in safety.
• Take regular rests and cease any task if they grow drowsy.

Questions and Answers

What is a rigid pipe cutter?

Cutters are simple hand tools that function similarly to scissor blades. Instead of cutting soft materials like paper, rigid pipe cutter are used to cut through hard materials, specifically metals. Hand-operated cutters deliver considerable shearing pressure to the workpiece to provide rapid and crisp cuts on practically any metal. Keep in mind, however, that the material used on the cutters must be harder than your workpiece.

What are the different types of cutters?

Side cutters, cable cutters, flush cutters, end cutters, and rigid pipe cutter are some of the most often used cutters in the business. rigid pipe cutters, on the other hand, are specifically designed for crimping or wedging a cable to get even more accurate cuts. If you’re working with soft copper or aluminum conductor wires, these cutters are ideal.

How long does a cutter last?

Given the widespread usage of a rigid pipe cutter, a good pick should last for more than a decade. However, if you work in severe conditions with a lot of moisture contact and multiple types of workpieces, the total lifespan of a rigid pipe cutter may be reduced. To ensure the most dependable operation, choose a product with a long guarantee period, if not a lifetime warranty.

How are cutting tools classified?

Cutting tool materials are currently classified into four types: tool steel (which includes carbon instrument steel, alloy steel, and high-speed steel), hard alloy, ceramic, and ultra-hard cutting tool materials. In machining, high-speed steel and hard composite steel are often utilized.

What is used in cutting?

Knives and saws are common cutting tools, as are scalpels and microtomes in medicine and science. Any suitably sharp object, however, is capable of cutting if it has a hardness sufficiently greater than the thing being cut and is used with appropriate power.