All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(2005 products available)
Ready to Ship
Ready to Ship
Battery-powered shear cutter tools are extensively used to cut through a variety of materials. Normally, these materials would be too tough or dense for a normal pair of scissor-like shears. The following are some of the most common types and they all serve a special purpose.
Hydraulic battery shears utilize hydraulic power to ensure clean cuts even in the toughest of metals. Usually fitted with a stronger cutting blade to maximize cutting power, they are ideal for heavy-duty applications such as:
Owing to the hydraulic system, these shears produce more force compared to other battery shear cutter tools. They are, however, heavier than their counterparts, and due to their complex cutting mechanism, they cost much more than others.
Rotary battery shear cutter tools feature a rotating blade design to provide fast and efficient cutting through thin metal sheets. Although the blade used in these cutters is much like a circular saw, the mechanism is more similar to wiring shears. Where two blades shear against one another.
Due to their light build and well-powered motor, the shears are massively popular in industries where detailed work has to be done:
These are mainly the industries where thin metals are commonly used. Moreover, rotary shears are widely and commonly used by contractors as their go-to tool for roofing jobs, especially when cutting underlay boards.
Anecdotal shears are specially designed to offer straight and curvy cuts through softer metals, such as copper, aluminum, or brass. In addition, these battery shear cutter tools provide easy cutting for electrical technicians who insulate wiring with soft metal materials.
The precise cuts of these shears make them a must-have, especially for detailed work. Even though an imposition of seesaw-like blades gives them a cutting edge, it makes them less applicable in heavy-duty tasks.
Nibbling battery shears employ a punching mechanism to 'nibble' or 'notch' through sheet metal. Aimed particularly at metal roofing professionals and contractors, they excel in creating fine cuts and cutouts and are useful when working with multiple metal thicknesses.
Nibbling shears cut cleaner than traditional shear blades, as they produce no metal shavings and reduce warping. So, if the customer has any cutting needs that require precision, nibbler shears are the ideal choice to cater to those needs.
Each of these types is great at cutting in their own way. Even with that, users should select the one preferably suited for their job requirements and the metal's thickness and density.
Battery shear cutter tools are extensively used across various industries where cutting tasks are integral to operation. With their portability and efficiency, these tools are particularly suitable for outdoor or remote jobs requiring minimal downtime. Here are some of the most notable applications:
Battery shears are predominantly applied in the automotive sector for the following jobs:
The construction and demolition businesses use battery-powered shears mainly during:
In fabricating and manufacturing plants, battery shear tools are mostly utilized to cut materials. Especially when the center has to deal with sheet metal or other dense materials on a daily basis.
Battery shears reduce the hassle of having to use corded machines, hence increasing productivity in this area. They are also particularly useful in creating a wide range of products, from machinery to household items and more.
Shear cutters are useful in the recycling industry, especially when cutting through recyclable metal materials such as old cars or appliances. The shears save time and effort and help reaping the benefits out of waste.
Any Electrical firms working with wiring that has metal insulation must have battery shears in their toolbox. One notable usage of the shears is in cutting copper or aluminum wires. Thus, making it easier to ensure longer working hours and higher efficiency.
Emergency services such as fire departments and rescue teams use battery-powered shears to cut through metal in life-saving situations. The tools must be portable, durable, and efficient for use in challenging environments while providing critical care.
Blade material & type
In a battery shear cutter tool, the blade material and type consists of different metals. Some of the common materials that these blades are made of include:
Speaking of blade types, it actually depends on the cutting task. For general cutting, stainless steel blades are preferred. For heavy-duty cutting, users should go for blades made of high-carbon steel. Lastly, for cutting soft metals, a user should use blades made of titanium-coated steel.
Motor
Usually, the motor is the main driving force behind any battery shear cutter tool. The more powerful the motor, the better the performance. Customers should always look for models with a brushless motor. These models are more efficient, durable, and offer longer battery life.
Battery & runtime
As for the battery, battery shear cutter tools commonly use lithium-ion batteries. These batteries offer a great power-to-weight ratio and minimal self-discharge. Battery voltage normally varies from model to model, but higher voltage equals greater power.
After obtaining a full charge, the battery will still keep its longer runtime. Some tools even have interchangeable batteries, allowing users to switch batteries on the go.
Cutting capacity & speed
Cutting capacity refers to the thickness or size of the material a battery shear cutter tool can cut. While cutting speed refers to the number of cuts the motor makes in a minute. The higher the cutting capacity and speed, the better the tool is specifically for heavy-duty tasks.
There are a couple of installations one must make to operate a battery shear cutter.
Installing the Battery
First, one must locate the battery compartment. The battery compartment is always located at the rear end of the tool. After locating the compartment, slide the lithium-ion battery into the slot until it clicks into place. Make sure the battery is fully charged before inserting it into the device to ensure optimal performance.
Blade Installation
Secure the cutting blades by sliding them into the blade holders as much as possible. To further secure them into place, use the provided screws or pins. This is, of course, after securing protective gloves around the blades to avoid any accidental injuries. Do this by rotating the blades until the locking pin engages with the blade. Finally, tighten the locking pin to ensure the blades are securely fastened.
Wear Protective Gear
Before cutting, users must wear safe gear such as goggles, gloves, and masks. These gears are going to protect them in case of any accidents.
Powering On the Tool
After these preparations, users can power on the tool. Press the power button and hold it to ensure it operates. Adjust the speed to the required or preferred level after powering on the battery shear cutter.
Cutting Process
While holding the tool in one hand, users should position the blade in a cutting line. Then, using the other hand, steady the piece being worked on. After ensuring the piece is stable, gradually lower the blade into the material until it makes contact. Finally, turn on the battery shear cutter and begin cutting.
Complete the Cut
When cutting, users should always maintain a firm grip on the tool. Also, ensure their focus is on the cutting line until the cut is complete. After completing the cut, lower the blade and turn off the tool.
Maintenance
One must regularly inspect the shears for any wear or damage. Daily checks before use and a thorough weekly inspection are essential.
Sharpen blades placed in them regularly to ensure clean cuts. Use a professional sharpener or shears from the factory for best results. Clean the shears after each use. Wipe down all parts to remove debris. Use a brush for hard-to-reach areas and a damp cloth for general cleaning.
Lubricate moving parts frequently. Spray or apply lubricants to all joints and moving parts. This ensures that everything, including the motor, runs smoothly.
Store properly in a dry, safe area. Keep the shears in a protective case or sheath to avoid accidents and protect from the elements.
Repair
The best way to repair is to just get professional repairs. Take the tool to a certified repair center for brand tools or licensed repairs. Proceed only when they have the proper training and certification.
Replace worn/out parts gradually. As much as it doesn't hurt to replace worn or out parts on their own, do it gradually. This helps in saving the cost of repairs and customers' finances, too, at the same time. Only replace parts that are worn out or damaged. Don't replace anything just because the part was worn out elsewhere.
Consider a factory or brand battery. If the battery itself is damaged, don't go for any other options except a factory or brand replacement. Get batteries directly from the brand or manufacturer. Never get them second-hand. Batteries have to be new to ensure safety.
When purchasing tools for their clients, business owners must consider these tools' quality, safety, and usefulness. All these factors together affect the profitability of the business. Here, for example, let's consider quality and safety separately.
Blade Material
Every store should stock battery shear cutter tools with blades made of high-quality steel. Batteries drain faster when used on low-quality blades as they tend to require more power. Blades that get damaged easily tend to need repairs frequently. This is almost tantamount to asking for more money to take care of them.
Motor Power
These are cordless shears. Cordless shears with brushless motors are more powerful and efficient than those equipped with standard motors. They enhance endurance and force.
Battery Quality
Customers want battery-powered tools that utilize Lithium-ion batteries at the end of the day. These types of batteries are efficient, compact, and safe to use. So, buyers should invest in gadgets with these batteries. This will help in saving money on labor and repair costs as well as boost operational efficiency.
Ergonomic Design
Shears with a firm grip enhance the operational safety of the tool. It reduces fatigue when they are used over long periods of time. Therefore, one must look for shears that have cushioned handles in order to achieve this.
Safety Features
All these battery shear cutter tools come with additional safety functionalities. These safety features include blade guards, safety locks, automatic shut-offs, and tip guards. Look out for them, as they prevent accidental cuts. Even better, they protect the sharp edge of the blade when there is no activity.
Training and Instruction
It is important for all employees who operate these tools to understand how to use them properly. It is also very important for employees to read and understand the manufacturer's guidelines on tool usage and maintenance. The manual contains important information on how to operate the tool safely and how to maintain it.
Tackling Work Area Hazards
Avoid accidents by making sure there are no tripping threats in the workspace. Remove any debris, clutter, or electrical cords that may become a threat and cause accidents.
A 1. Yes, they are primarily designed for cutting metal. In fact, they are strong enough to handle dense metals commonly found in cars such as steel.
A 2. It depends on the specific model and features. Those equipped with powerful motors and high-quality blades are suitable for heavy-duty tasks. Users should ensure the tool has a strong battery.
A 3. Yes, it does. Blade material can significantly affect the tool's performance and longevity. Professionals in any industry will advise people to only get battery shear cutter tools with blades made of high-quality steel. For enhanced sharpening retention and cutting efficiency, go for high-carbon steel blades.
A 4. There are some safety measures to consider when operating battery shear cutters. One of them is conducting regular inspections of the tool. Another important practice is using personal protective equipment (PPE). This includes gloves, safety glasses, and ear protection. Third, it is important to eliminate any hazards in the environment where the cutting is going on. Be sure to keep the workspace neat and organized and free from distractions.
A 5. Several features are important when selecting battery shear cutters. They must be powerful enough to handle the intended tasks. Battery runtime and charging time should be reasonable, too, since that is what keeps the tool running. Cutting capacity, speed, and ergonomics also matter. Don't forget about safety features.
