Perceuse CNC pour trous profonds Vigert DH-2015 d'occasion à vendre

Perceuse CNC pour trous profonds VIGERT DH-2015

CNC deep hole drilling machines are specialized tools used for drilling deep holes in workpieces with high precision and accuracy. These machines are commonly used in industries such as aerospace, automotive, oil and gas, and mold making. Deep hole drilling involves creating holes with a high depth-to-diameter ratio, and CNC technology allows for precise control over drilling operations.

Here are some general aspects you might expect from the “VIGERT DH-2015 CNC Deep Hole Drill”:

1. Model Number Significance: On the basis of VIGERT DH-2015 CNC Deep Hole Drill . The “DH-2015” likely holds significance in terms of the machine’s specifications. The numbers might represent aspects like the maximum drilling depth, hole diameter, or other features.
2. Contrôle CNC : CNC deep hole drilling machines are equipped with computer numerical control technology, allowing for precision control over drilling parameters.
3. Deep Hole Drilling: The machine is designed specifically for deep hole drilling applications, which require specialized tooling and techniques.
4. Programmable Controls: CNC machines often feature programmable controls that allow operators to set drilling parameters such as feed rate, cutting speed, and tool movements.
5. Coolant Systems: Efficient coolant systems are crucial for deep hole drilling to control heat generated during the process and remove chips from the hole.
6. Suivi et rétroaction : On the basis of VIGERT DH-2015 CNC Deep Hole Drill . CNC deep hole drilling machines might have monitoring systems that provide feedback on drilling parameters, tool condition, and hole depth.
7. Des dispositifs de sécurité: As with any machinery, safety components such as emergency stop buttons, protective enclosures, and safety interlocks are essential for operator safety.
8. Outillage : The machine’s tooling, including the drill bits, guides, and fixtures, play a crucial role in achieving accurate and consistent deep hole drilling results.
9. Workpiece Fixturing: The machine might have features for secure workpiece fixturing to ensure stability during drilling.
10. User Interface: The machine’s user interface should be user-friendly and allow operators to program and monitor the deep hole drilling process.
11. Polyvalence: Depending on the design, the machine might be capable of drilling different materials and hole sizes.