The Shear 2000 x 6 is a robust and versatile mechanical machine tool, particularly suitable for cutting sheet metal with a maximum thickness of 6 mm and a working width of 2000 mm . This type of shear is highly regarded in the sheet metal working industry for its ability to make precise and rapid cuts on materials of varying hardness, such as mild steel or aluminum.

Appearance and Components

The Shear 2000 x 6 has a solid and compact structure, typical of medium-sized industrial machines. It is equipped with a steel frame that guarantees stability and resistance, even under conditions of intense use. At the front, the machine has a pressure bar to block the sheet metal during cutting, while the control panel is simple, with manual levers and knobs to regulate the process.

The main components include:

• Upper and lower blade : made of tempered steel, they ensure a clean and precise cut.
• Rear register manual type , used to adjust the size of the cut, with the possibility of adapting to different sheet metal dimensions.
• Lubrication system : to keep the mechanical parts in perfect condition, reducing friction between the gears.

Measurements and Technical Specifications

• Cutting width : 2000 mm
• Maximum thickness : 6 mm for mild steel
• Control system : mechanical, with manual adjustment
• Log type : manual
• Stock number : SVR-245

Mechanical Characteristics and Use

The Shear 2000 x 6 is an easy to use machine. The cutting process requires inserting the sheet metal under the top blade, with the operator adjusting the position of the manual backgauge to achieve the desired size. Subsequently, the pedal or lever activates the movement of the blade which descends to perform the cut. Shears like this are known for their precision linear cutting, making them perfect for light metalwork and preparing sheet metal to bend or weld.

Matching accessories

Optional accessories include:

• Longer sheet metal support bars
• Work lights to increase visibility on the cutting area
• protective devices to improve operator safety

Formulas for optimal use

The power required for cutting varies depending on the type and thickness of the sheet metal. A common formula for determining the force needed is:

$$F$$

Where:

• F is the necessary force (in N),
• S is the resistance of the material (in N/mm²),
• T is the thickness of the material (in mm),
• L is the length of the cut (in mm).

Maintenance and Safety

Maintenance includes regular sharpening of the blades and lubrication of the moving parts. Furthermore, it is essential to check the correct functioning of the register and locking devices. If the machine does not have a CE certification, it may be necessary to adapt it to current regulations by installing safety barriers and emergency switches.

Evaluation of used cars

To evaluate whether the 2000 x 6 shear is a good used one, it is important to check the absence of signs of excessive wear on the blades, the correct functioning of the mechanical system and the stability of the frame. A well-maintained machine can be a worthwhile investment, offering performance equal to that of a new model at a lower cost.

Sectors of Use and Advantages of Used Equipment

This shear is mainly used in the metal carpentry sector, panel production, and sheet metal processing for the automotive and construction sectors. Purchasing a 2000 x 6 shear allows you to reduce initial investment costs, while ensuring a long operational life if well maintained.

In conclusion, the 2000 x 6 shear represents an excellent choice for those looking for a reliable and powerful machine at a reduced price compared to new