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Eccentric and concentric deep hole boring
Deep hole boring is a highly technical but very economical method to produce bores in dia , lenght ratio not achivabe with conventional drilling tools.. In order to
perform the drilling operation, special designed machines are required with a complex monitoring system to observe the drilling process. In general, those systems observe
and control feed force , torque , coolant pressure and power consumption during the drilling process .
If your requiremets are concentric or excentric bores, as well as none rotatable components , we have 12 speceleised machines at out disposal to accomplishe the task.
The design of those machines enables us to drill off center, rotating tool only , single spindle up to 6000mm boresepth. Multi spindle drilling for the same application is
capable of 2500mm bore depth.
Because of our experience at Kaise Machinenbau we know that vibration during deep hole drilling is determental to the tool and the quality of the bore. Therefor , all of
our machines have special vibration absorbend unit installed to counter act against any ocuring vibration during the drilling process.
Still searching for the right partner in deepholeboring? Talk to us. Kaisers Maschinenbau does professional deepholeboring for you.
Advancements in Deep Hole Boring: New Trends and Methods
This treatise explores the latest trends and technological advancements in deep hole boring, focusing on improved precision, efficiency, and applications across various industries.
Introduction to Deep Hole Boring
Deep hole boring is a machining process used to create precise, deep holes in various materials. This document examines the evolution of this technology and the new methodologies that enhance its application.
New Technologies in Deep Hole Boring
Automated Guided Boring Systems
Recent developments include automated systems that enhance accuracy and reduce human error. These systems use computerized controls to guide the boring process, ensuring consistent results.
Advanced Cutting Tool Materials
The introduction of super-hard materials such as cubic boron nitride and polycrystalline diamond has significantly improved the wear resistance of cutting tools, allowing for longer operation periods and better precision.
Methodological Innovations
Precision Deep Drilling Techniques
Enhancements in drilling techniques, such as peck drilling and high-speed drilling, have improved the control over chip removal, critical in maintaining accuracy in deep hole boring.
Coolant and Lubrication Advances
Innovative coolant systems and lubrication technologies have been developed to better manage heat and reduce friction, which are pivotal in extending tool life and improving finish quality in deep holes.
Applications in Industry
Aerospace and Defense
The aerospace and defense industries utilize deep hole boring for manufacturing critical components, such as landing gear and engine parts, where precision is paramount.
Energy Sector Innovations
In the energy sector, deep hole boring is used for creating components in nuclear reactors and oil extraction equipment, where deep, precise bores are essential for safety and functionality.
Future Trends
The future of deep hole boring points towards more integration of AI and robotics, further improving precision and efficiency while reducing costs and production times.