it is an ABB IRB 2400 Robot (2014)

Brand and Model : ABB IRB 2400
Year of Construction : 2014
Axes : 7 (including revolving table)

Visual Appearance and Construction

The ABB IRB 2400 robot has a robust and functional design, typical of high-quality industrial robots. The structure is characterized by a gray metallic finish, with articulated arms that give great versatility and mobility. Its shape is designed to maximize efficiency and work in tight spaces, which is crucial for use in orthopedic environments.

Main Components

1. Robotic Body : Made of steel and aluminium, it guarantees resistance and lightness.
2. Swivel Table : Adds an additional degree of freedom, allowing for more precise milling of polyurethane blocks.
3. Control Board : Advanced electronics that manage the robot's operations and its calibrations.
4. Motors and Servomotors : They ensure rapid and precise movements, essential for milling.

Measurements and Mechanical Characteristics

• Height : Approximately 1500 mm
• Maximum load : 7 kg, ideal for milling materials such as polyurethane.
• Action Range : Up to 1550 mm, allowing wide coverage for the milling operation.
• Movement Speed : Up to 2 m/s, ensuring efficiency in operations.

Usage Procedure

Using the ABB IRB 2400 robot is quite simple. After switching on, the operator must perform daily recalibration of the axes, as the robot has a loss of reference after each shutdown. Once calibrated, preset milling programs can be loaded, allowing the robot to perform automatic operations.

Compatible Accessories

The robot can be equipped with various accessories, such as:

• Specific milling devices : to adapt to different block materials and shapes.
• Suction systems : to keep the working environment clean during milling.
• Positioning guides : to improve the precision of operations.

Formulas for Optimal Use Parameters

To optimize milling operations, it is useful to consider the following formulas:

1. Milling Speed ​​(V) :
   V=DTV = \frac{D}{T}
   $V$ $=$ T D ​Where DD $D$ is the distance traveled and TT $T$ is the time taken.

2. Milling Force (F) :
   F=m⋅aF = m \cdot a
   $F$ $=$ $m$ $\cdot$ $a$ Where mm $m$ is the mass of the milled material and aa $a$ is the acceleration.

Workable Materials

The ABB IRB 2400 robot is particularly suitable for milling:

• Polyurethane
• Plastic materials
• Lightweight composites

Maintenance

To keep the robot in excellent condition, it is advisable to follow some maintenance practices:

• Daily check : Check the integrity of the cables and motors.
• Recalibration : Carry out recalibration every morning, as already indicated.
• Software update : Always keep the control software updated to improve its performance.

Safety Regulations

It is essential that the robot meets current safety standards. If it does not have CE indications, we recommend:

• Check safety specifications : Make sure the robot can be adapted to current regulations.
• Install protective barriers : To ensure the safety of operators.

Evaluation of Good Used

To understand if the ABB IRB 2400 is a good used one, check:

• Cosmetic condition : Must not have obvious damage.
• Operation : Verify that all functions operate correctly.
• Documentation : Make sure you have manuals and certificates.

Sectors of Use

The ABB IRB 2400 robot is particularly used in sectors such as:

• Orthopedics (milling of polyurethane blocks)
• Industrial automation
• Medical and healthcare sector

Why It's Better to Buy Used

Buying a used welding robot like the ABB IRB 2400 brings numerous advantages:

• Economic Savings : The cost is lower than a new model.
• Reliability : Models such as the ABB IRB 2400 have a proven reliability record.
• Immediate Availability : Used machinery is often available immediately for use.

In conclusion, the 2014 ABB IRB 2400 robot, despite the need for daily recalibration, remains an excellent solution for orthopedic milling, offering precision and versatility at a low cost. If you would like further information or are interested in purchasing, please do not hesitate to contact us!