Newly Purchased CNC Drilling Machine Radial Drilling Machine

Newly purchased CNC drilling machine radial drilling machine

In the current extremely fierce competition in the manufacturing industry, investing in advanced equipment has become a crucial step for enterprises to enhance their core competitiveness. Our company has recently introduced a CNC drilling machine and a radial drilling machine, precisely to achieve a breakthrough in efficiency and also in terms of quality.

Core considerations in equipment selection

For purchasing decisions, the primary consideration is whether the equipment can solve the bottleneck problem in actual production. The ordinary drilling machines we originally owned were very inefficient when processing long workpieces and precision hole systems, and it was difficult to guarantee accuracy. The slide of the new CNC drilling machine for small batch machining can move along the entire length of the bed. Such an open structure greatly facilitates the clamping of long workpieces and daily maintenance.

At the same time, the radial drilling machine has a cylindrical column and a liftable rocker arm design, which allows it to flexibly handle workbenches of different heights. The combination of these two types of equipment newly purchased CNC drilling machine radial drilling machine covers the drilling needs of large structural parts, as well as the drilling needs of small and medium-sized parts, laying the foundation for the flexibility of the production line.

Accuracy guarantee of CNC drilling machine

The precision of CNC equipment can provide key support for its survival and development. This CNC drilling machine uses gear racks and reducers imported from Germany for X-axis movement to ensure rigidity and stability during movement. More importantly, an imported grating ruler is equipped on the X-axis for real-time position feedback, thereby achieving closed-loop control.

The protective pull plate is equipped on the bed guide rail, which can effectively prevent cutting fluid and metal debris from contaminating the grating ruler and electrical components. These designs eliminate error accumulation at the hardware level and positioning accuracy can remain stable for a long time.

Drive system and operating interface

The power core of the equipment adopts Siemens 8082 generation CNC system. This system is matched with AC servo motors and rare earth permanent magnet motors. The system has fast response speed, high control accuracy, and shows excellent reliability during continuous processing. Operators use oil-proof keyboards and ultra-thin LCD monitors for programming and control, and its interface is intuitive.

The spindle provides sixteen-level mechanical speed change and is equipped with Morse taper holes, which can transmit huge cutting torque. This means that it can not only carry out high-speed drilling, but also handle more complicated processes such as milling and tapping, which expands the equipment’s processing capabilities.

Structural design and production adaptability

High-quality castings are used to construct the machine bed. Its structure is solid and has good vibration resistance. Users can choose multi-section lengthened machine beds according to production needs. This modular design reserves space for future capacity expansion. The sliding seat moves through and presents a single-sided open layout, which directly reduces the equipment footprint.

For daily maintenance, such a simple structure helps operators quickly clean iron filings and coolant before leaving get off work, thereby keeping the workshop clean and tidy. The solid bed also guarantees long-term high-load operation and reduces the risk of loss of accuracy due to structural deformation.

Processing coverage of materials and processes

Relying on the new equipment, our processing capabilities have been fully upgraded. In terms of materials, we can process various metals, such as aluminum, steel, copper, magnesium alloys, and a variety of engineering plastics, such as ABS, PC, POM, etc., which covers most needs from hardware parts to precision structural parts.

The scope of the process has been expanded, covering precision CNC machining, small batch parts manufacturing, rapid prototyping of prototype models, etc. Combining existing processes such as lathes, milling machines, and engraving, we are able to provide full-process services from prototype to mass production.

Service areas and quality commitments

Our services extend to multiple industrial fields, including electronic hardware parts, such as sensor housings, non-standard fixtures, as well as precision parts such as engine parts, guide shafts, and camera lens rings in the automotive industry. Post-processing processes such as sandblasting, oxidation, and electroplating are also complete.

We are oriented towards the domestic and foreign markets, adhering to the concept of gaining the trust of customers through high quality. Every process is carefully and strictly controlled to ensure that the delivered parts meet the requirements of the drawings. We hope to build long-term and stable cooperative relationships with all customers and solve manufacturing-related problems together.

When your company is upgrading its production equipment, which factor should be given the highest priority: improving efficiency, ensuring precision in small-batch machining , or enhancing process flexibility? You are welcome to share your opinions in the comment area. If you feel that this article is helpful, please like it and support it.