The Gambin model 11 M Traditional Milling Machine , also known as Gambin 2 , is a high quality machine tool used mainly in the metalworking sector. This milling machine, appreciated for its reliability and precision, represents an excellent choice for those looking for a used but high-performance machine. Let's analyze the characteristics of this machine in detail.

Visual Appearance and Structure

The Gambin model 11 M milling machine has a robust and compact structure, ideal for work environments with limited space. The machine is equipped with a rotary head that can rotate 180 degrees , offering greater flexibility during milling operations. The main structure is made of high quality steel, ensuring stability and durability over time.

Main Components

The Gambin Model 11 M is made up of several key components:

• Rotating Head : Allows 180 degree rotation, making it easier to access parts from different angles.
• Axes of Movement : The machine operates on three main axes: X , Y and Z , which allow precise and controlled movements during milling.
• Main Motor : Provides the power needed for milling operations, ensuring smooth and constant operation.
• Electronic Control : Integrates a control system that allows you to program and manage operations with precision.

Dimensions and Technical Specifications

The Gambin Traditional Milling Machine model 11 M has the following dimensions and technical specifications:

• Total Dimensions : 2500 mm (W) x 1500 mm (D) x 1800 mm (H)
• Working Area : 800 mm x 600 mm
• Aces Race:
  • X axis: 800 mm
  • Y axis: 600 mm
  • Z axis: 500 mm
• Feed Speed : Up to 2000 mm/min
• Engine Power : 15 kW
• Load Capacity : Up to 500 kg

Mechanical Characteristics

The Gambin model 11 M is designed to guarantee precision and efficiency in milling operations. Its mechanical characteristics include:

• Linear Movement : Driven by high precision bearings to ensure smooth and accurate movements.
• Cooling System : Integrated to prevent overheating during prolonged operations.
• Structural Rigidity : The robust steel structure ensures minimal vibration, improving milling quality.

Usage Procedure

Using the Gambin model 11 M milling machine is relatively simple, but requires a correct procedure to guarantee optimal results:

1. Material Preparation : Fix the piece to be worked on the work area using clamps or appropriate supports.
2. Axis Setup : Adjust the positions of the X, Y, and Z axes to your project specifications.
3. Programming : Enter milling parameters into the electronic control system, including speed, depth and tool path.
4. Execution : Start the machine and monitor the operations to make sure everything is proceeding correctly.
5. Finishing : After milling, check the accuracy of the piece and make any necessary adjustments.

Compatible Accessories

The Gambin model 11 M supports a variety of accessories that expand its functionality:

• Rotating Tables : For milling operations at different angles without having to manually reposition the piece.
• Automation Systems : Such as loading/unloading robots to increase productivity.
• Safety Devices : Photocells, emergency switches and safety barriers to protect the operator.

Optimal Use Parameters

To obtain the best performance from the Gambin model 11 M milling machine , it is essential to correctly calculate the parameters of use:

• Milling Force (F):

  $$F$$

  where P is the engine power, V the feed speed and n the number of tool revolutions.

• Milling Depth (d):

  $$d$$

  where A is the contact area between the tool and the material.

Workable Materials

The Gambin model 11 M is versatile and can process a wide range of materials, including:

• Ferrous Metals : Steel, iron.
• Non-Ferrous Metals : Aluminium, brass, copper.
• Composite Materials : Light alloys and layered materials.

Maintenance and Safety

To keep your Gambin model 11 M milling machine in excellent condition, it is essential to follow a regular maintenance routine:

• Lubrication : Apply lubricants to bearings and guides to reduce wear.
• Periodic Check : Check the condition of the mechanical and electronic components.
• Cleaning : Keep the machine clean of processing residues to prevent accumulations that could compromise performance.

In terms of safety, the Gambin model 11 M must comply with current regulations. CE certification , it is possible to adapt it by installing modern safety devices and updating the control systems to comply with European directives.

Evaluation of Good Used

To determine whether a Gambin Model 11 M Milling Machine is in good condition, consider the following aspects:

• Maintenance History : Check whether the machine has been regularly maintained and whether there are records of interventions.
• Visual Condition : Check for structural damage or excessive wear.
• Operation : Test the machine to make sure all components are working properly.
• Provenance : Buy from reputable retailers who offer warranties or after-sales support.

Sectors of Use

The Gambin model 11 M traditional milling machine is used in various industrial sectors, including:

• Automotive : For the production of vehicle components and parts.
• Aerospace : For processing light and strong materials.
• Manufacturing : For the creation of prototypes and finished metal products.
• Mechanical Constructions : For the manufacture of equipment and machinery.

Advantages of Buying Used

Buying a Gambin model 11 M milling machine offers numerous advantages:

• Economic Savings : Used machines are generally much cheaper than new ones, allowing you to access advanced technologies without an excessive investment.
• Reliability : Gambin presses are renowned for their durability and performance, guaranteeing years of use even after purchasing second hand.
• Immediacy : Buying used allows you to have the machine immediately available, without waiting times for production or delivery.

Conclusion

The Gambin model 11 M Traditional Milling Machine represents an excellent solution for those who need a robust, precise and versatile machine in the metalworking sector. Buying this used machine not only guarantees significant financial savings, but also ensures access to proven and reliable technology, ideal for a wide range of industrial applications.