USED LARGE RADIAL DRILL. BRAND CSEPEL. READY DELIVERY. IT IS SOLD COMPLETE WITH ACCESSORIES AS SHOWN IN THE PHOTOS. PRICE ON REQUEST.
The radial drill is a machine tool primarily used for drilling metal materials, but can also be used on other materials such as plastic or wood. It is a versatile machine, capable of performing drilling operations even on large workpieces and with holes that are misaligned or off-center with respect to the spindle axis.
What is a radial drill made of and what are its components?
A radial drill is made up of several key elements:
- Base : The lower, heavy part of the machine, which provides stability.
- Column : A vertical column that supports the radial arm and allows vertical movement.
- Radial arm : A horizontal section that can be rotated and adjusted in height along the column. This arm can be extended or shortened, allowing the spindle to reach different work areas.
- Chuck : The element that holds the cutting tool, such as a drill bit. The chuck is mounted on a head that can move along the radial arm.
- Motor : The heart of the drill, which provides the power needed to turn the spindle and therefore the cutting tool.
- Control Panel : Here you will find the controls to control the spindle speed, rotation and other functions of the machine.
How to use a radial drill
The radial drill is used by positioning the workpiece on the base or a dedicated table. The radial arm and spindle are then adjusted so that the cutting tool can reach the desired point on the workpiece. Once correctly positioned, the operator can start the spindle and begin drilling.
What materials is it suitable for?
The radial drill is suitable for drilling a wide range of materials, including:
- Metals : Steel, aluminum, cast iron, copper.
- Plastic materials : PVC, nylon, Teflon.
- Wood : Both softwood and hardwood.
Formulas to calculate its correct use
The main formulas for the correct use of the radial drill concern the cutting speed and the feed rate of the drill:
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Cutting speed (Vc):
Vc=π×D×nVc = \pi \times D \times n V c = π × D × n
Where DD D is the diameter of the drill and nn n is the number of revolutions per minute (RPM).
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Advancement (F):
F=n×fF = n \times f F = n × f
Where ff f is the feed per revolution, typically expressed in mm/rev.
Types of radial drills
Radial drills can be divided according to:
- Size : From compact for light use to large for industrial work.
- Motor power : Varies depending on the material and type of processing.
- Radius of action : The length of the radial arm can vary to allow operations on more or less large pieces.
Alternative machines
Alternatives to the radial drill include:
- Pillar drills : Suitable for less complex holes or smaller workpieces.
- Milling machines : They offer greater versatility, but at a generally higher cost.
- CNC Drills : Ideal for repetitive and complex jobs, but with a higher initial investment.
Why you should buy a used large radial drill, brand Csepel
Buying a used radial drill, especially a large one from a reliable brand like Csepel , can be advantageous for several reasons:
- Lower cost : Used items are significantly lower in price than new ones, allowing you to save money without compromising on quality.
- Reliability : Csepel radial drills are known for their robustness and durability, even after years of use.
- Reduced depreciation : A used machine has already suffered most of its depreciation, so its value remains more stable over time.
- Immediate availability : Unlike new machines which can require long delivery times, used machines are often available immediately.
In short, a used Csepel radial drill represents a safe and convenient investment for those who need a reliable and high-performance machine without having to face the cost of a new one.