CMP Hydraulic Guillotine Shear Model PRG 923-TAG

The CMP Hydraulic Guillotine Shear Model PRG 923-TAG is a high quality used machine, designed to make precise cuts on metallic materials of considerable thickness. This type of shear is widely used in industries such as construction, metal carpentry and metalworking, where a robust and precise machine is required.

Visual Appearance and Structure

Visually, the CMP PRG 923-TAG shear presents itself as a solid and well-built machine. Its design is functional, with a clear focus on safety and ease of use. Made mainly of steel, the structure offers resistance and stability, allowing cutting operations to be carried out without excessive vibrations.

Main components:

• Shear body : robust and durable, it is designed to support high loads.
• Work surface : large and easily accessible, allows you to position the material to be cut precisely.
• Blades : made of high-resistance steel, they guarantee clean and precise cuts. The length of the blade is adequate for the maximum cutting of 4300 mm.
• Hydraulic system : guarantees a powerful and controlled cutting action, with a maximum working pressure of approximately 200 bar.
• Three-axis programmable positioner : allows precise setting of cutting measurements, improving operational efficiency.

Dimensions and Technical Specifications

The dimensions and technical specifications of the CMP PRG 923-TAG shear are particularly important to determine its adaptability to production needs:

• Maximum cutting length : 4300 mm
• Maximum cutting thickness : 20 mm
• Overall dimensions : approx. 5500mm x 1800mm x 2000mm (W x D x H)
• Weight : approximately 3000 kg
• Engine power : 11 kW

Mechanical Characteristics

The CMP Hydraulic Guillotine Shear Model PRG 923-TAG is equipped with various mechanical characteristics that make it ideal for intensive cutting operations:

• Cutting precision : thanks to the programmable positioner, it is possible to make cuts with very small tolerances.
• Cutting speed : the machine offers a blade movement speed that varies depending on the settings, optimizing working times.
• Stability : The heavy design ensures a solid base during operation, reducing vibrations.

Usage Procedure

Using the CMP PRG 923-TAG shear is relatively simple, but requires attention to obtain optimal results. Here are the basic steps:

1. Preparing the machine : Make sure the work area is clean and the machine is placed on a level surface.
2. Setting the measurements : Use the programmable positioner to set the length and thickness of the material to be cut.
3. Fixing the material : Place the workpiece on the table and fix it securely.
4. Starting the cutting process : Activate the hydraulic system and start the cutting cycle, monitoring the progress.
5. Final check : After cutting, check the quality of the work and remove the cut material.

Matching accessories

To increase the versatility and performance of the CMP PRG 923-TAG Hydraulic Guillotine Shear , it is possible to use various accessories, including:

• Replacement blades : available in various geometries and materials for different types of work.
• Extraction system : to keep the work area free of chips and dust.
• Maintenance kit : including tools and materials for correct routine maintenance.

Optimal Use Parameters

To obtain optimal performance from the CMP PRG 923-TAG shear , it is useful to consider some mathematical formulas relating to the cutting process:

• Cutting force (F): $$F$$ Where:
  • tt $t$ is the thickness of the material (in mm).
  • ll $l$ is the maximum cutting length (in mm).
  • SS $S$ is the resistance of the material (in N/mm²).

This formula allows you to calculate the force needed to make a cut, helping to set up the hydraulic system correctly.

Workable Materials

The CMP Hydraulic Guillotine Shear Model PRG 923-TAG is capable of processing various materials, including:

• Steels : from soft to more resistant ones.
• Aluminium : suitable for light applications.
• Non-ferrous metals : such as copper and bronze, which can be cut precisely.

Maintenance

Correct maintenance of the CMP PRG 923-TAG shear is essential to ensure its longevity and efficiency. Here are some guidelines:

• Regular inspections : Check the blades and hydraulic system periodically.
• Lubrication : Keep moving points well lubricated to reduce wear.
• Cleaning : regularly remove chips and dust to avoid malfunctions.

Safety Regulations

Safety is a priority when using the CMP PRG 923-TAG Hydraulic Guillotine Shear . It is important to check that the machine complies with current regulations:

• CE certifications: check whether the machine has the CE mark. If it is not present, you will need:
  • Adapt the machinery : modifications and implementations of safety systems, such as covers and protections, to comply with safety regulations.

Rating of Good Used

Buying a CMP PRG 923-TAG shear can be a great deal, but it is important to consider some factors:

• General Condition : Examine the machinery for signs of wear or damage.
• Documentation : request information on maintenance and any repairs.
• Operational test : verify that all functions are operational and that the machine cuts as expected.

Sectors of Use

The CMP Hydraulic Guillotine Shear Model PRG 923-TAG is used in various sectors, including:

• Metal carpentry : for the preparation of structural components.
• Automotive industry : for cutting metal parts.
• Construction : in the processing of metal elements for buildings.

Advantages of Buying Used

Buying a CMP PRG 923-TAG shear offers numerous advantages, including:

• Money Savings : The cost of a used machine is often significantly lower than that of a new model.
• Reliability : If properly maintained, a used machine can provide performance equivalent to that of a new purchase.
• Immediate availability : many used machines are ready for use, avoiding long waiting times.

In conclusion, the CMP Model PRG 923-TAG Hydraulic Guillotine Shear represents an excellent choice for those looking for a powerful and precise machine for cutting metals. With the right attention and maintenance, this model can prove to be a strategic investment for many production activities.