(9150 products available)
A small metal stamping machine is an equipment used to produce different shapes and designs on metal sheets. There are different types of the machine, each with specific unique features. The following are small metal stamping machines.
Metal stamping machines are designed and built with intrinsic attributes. These specifications determine how the machine functions and the types of metals it can handle.
Overall dimensions
An average small metal stamping machine is about 20 inches by 30 inches in dimension. This includes the length and width. The height is about 60 inches. Different types have varying dimensions. The small-sized machines will be less than one foot in any direction.
Weight
Every small metal stamping machine weighs a few hundred pounds. The average weight is about 400 pounds. It is light compared to larger machines that can weigh several tons. The die-casting usually adds weight to the machine.
Capacity
A small machine will handle a few tons per hour. This is because it is not as large as the industrial-level stamping machines. The capacity may range from one to five tons every hour.
Operating pressure and force
The force exerted by the machine is up to 50 tons (45 metric tons). The operating pressure is between 3,500 and 4,000 psi. These numbers are typical in many small metal stamping machines.
The type of drive mechanism
Many small machines have a motor that directly links to the crank. This connecting rod mechanism helps to convert rotational motion into linear motion. Some basic machines have flywheels that store kinetic energy.
Die types
A small stamping machine will have different die types. Progressive dies are perhaps the most common. Single-station dies are also popular due to their simplicity and ease of use.
Power requirement
The power requirement for small stamping dies is not very high. This is why many households are able to connect them to their electricity supply. The required voltage is between 220 and 480 V.
Small metal stamping machines do not require complex maintenance routines. Routine checks are enough to keep the machine in good shape. However, it is important to follow the manufacturer's instructions in the manual provided at the time of purchase.
Lubrication
An operator needs to identify areas where the machine can be lubricated. Manually apply lubricant or oil to these places. During this process, the operator should look for signs of wear and tear. Damaged components should be repaired or replaced immediately.
Cleaning
Remove built-up grime and dirt regularly. This extends the life of the small stamping die and improves the quality of metal parts refined by the machine. Keeping the equipment clean stops corrosive elements. Purge all debris that gets stuck in the moving parts of the machine.
Electrics and Hydraulics
Check electrical and hydraulic connections regularly. Inspect hoses for any blockages, leaks, or damages. Couplings should be secured tightly, and connections checked for any loose areas that may expose wires. Repair any damages as soon as they are found.
Small stamping machines can be used in various industries and sectors. Here are some of them:
Required production capacity:
Business buyers should think about how much they need. If a machine makes a lot of pieces fast, it meets high needs. One that makes fewer pieces might be enough for small jobs. Also, can the machine easily handle making more if needed later? That is important too.
Types of materials-
Consider what sorts of materials it should work with. Will this machine use different metals, like steel or aluminum? If so, will it handle various metal thicknesses? Not all machines can process every type and thickness of metal. Choose one that matches the materials used.
Part shapes and sizes:
Think about the small metal stamping machine parts made. Buyers need to think about the shapes and sizes. Do they need intricate or basic forms? Also, how large or small does each piece get? Some machines make little parts better than others. Be sure the machine chosen can create the exact part shapes and sizes needed.
Automation level:
Machines have different automation amounts. Some are fully automated and run on their own. Others require more hands-on work. Consider how much labor is available. Can all the extra workers’ manual jobs be done? If not, a more automated model may work better to cut labor costs.
Space:
How much room is there for the machine to fit? Small machines use less floor space, but large-scale production needs more space. Consider shop layout and where the machine goes.
Budget:
Finally, think about how much money there is to spend. Machines cost many different amounts. Bigger, faster, and more complicated ones usually cost more. Find a machine that fits the budget but still does the stamping work well.
Q: Which type of metal can be stamped with a small metal stamping machine?
A: A small stamping machine can stamp various metals, such as brass, titanium, carbon steel, low-carbon steel, galvanized steel, stainless steel, alloy steel, copper, aluminum, and metal sheets. However, the machine's capability might differ based on its size and specifications.
Q: How thick of metal can a stamping machine stamp?
A: Generally, small stamping machines can efficiently stamp metal with a thickness of 0.5 mm to 3 mm. It is necessary to note, however, that this measure can differ depending on the machine's type, size, capacity, and specifications.
Q: Can a Stamping Machine Stamp Plastic?
A: Yes, it is possible to stamp plastic using a stamping machine. Nevertheless, the machine will require a die made for plastics. Ideally, such a die will have a unique shape for the plastic part required. The plastic will then be heated so that it can take the shape of the die.