Features of High Productivity Machining Center
- The built-in chip removal system is paired with a high pressure coolant system to enable automatic chip evacuation.
- The rigid bed design of the high productivity machining center supports machining of heavy work pieces.
- Equipped with a large capacity tool magazine, it can perform more complex boring, drilling, and other operations.
- The high speed spindle ensures rapid response to CNC commands.
- TSINFA ‘s high productivity machining centers have obtained multiple safety and quality certifications including ISO and CE.
Advantages of High Productivity Machining Centers
In fact, just by looking at the name, you can tell that a high productivity machining center is a machine capable of achieving high work efficiency. Equipped with advanced servo systems, the servo motors in a high productivity machining center can respond more quickly to the same CNC commands. This enables timely tool movement and cutting, thereby increasing the production speed and shortening the cycles.
As a highly automated machine, the high productivity machining center also delivers consistent machining quality. Each machining operation achieves precise, repeatable positioning, while its high precision transmission and positioning systems eliminate human induced errors during tool changes. It can even achieve micrometer levels precision, ensuring consistent product quality and accuracy during mess production.
High productivity machining centers use raw materials with superior strength and rigidity, manufactured under stringent production processes. This ensures the machines not only resist the wear and tear but also can withstand the test of prolonged use, delivering an extended service life to provide long term, reliable support for your projects.
What Applications Are High Productivity Machining Centers Suitable For?
For the automotive manufacturing industry, structural components require high volume production with stringent precision requirements. Therefore, machining processes must ensure consistency and extremely tight tolerances for each part.
High productivity machining centers are able to achieve this requirement, they enable the mess production of engine blocks, crankshafts, transmission housings, and other components with superior accuracy and strength for automotive applications.
Components in the electronics sector are characterized by their small dimensions and complex structures. Examples include circuit board mounts and heat dissipation components for devices like mobile phones and computers.
The machining of these small parts also requires high productivity machining centers to ensure precision, enabling them to assemble seamlessly with other components and maintain the normal functions of electronic products.
Components in the aerospace sector are predominantly manufactured by using composite materials such as alloys, and they require the guaranteed strength and compressive resistance during operation.
This necessitates machining equipment with superior strength and stability for operations like milling. Furthermore, as you know, aerospace components need exceptional precision. Our machining centers uniquely deliver both precision and strength, making them ideal for producing aerospace engine blades, turbines, landing gear components, and more.
The medical field also requires components of extremely high precision for applications such as certain human implants and so on. These components must ensure the biocompatibility and they cannot tolerate excessive dimensional deviations that could threaten the safety and health of patients, this is also crucial.
High productivity machining centers can achieve micron level machining while also meeting demands for excellent surface finish, playing a vital role in the life saving medical sector.
In mold manufacturing, high consistency of components becomes critically important. High productivity machining centers can effectively meet this demand, they enable large scale production while ensuring dimensional and geometric accuracy. They offer high efficiency, making them a time saving and labor saving choice.
The molds used in processes such as injection molding and die casting can all be produced by using high productivity machining centers.
What is a High Productivity Machining Center?
A machining center is a type of CNC machine tool. However, Unlike traditional machine tools, it can be considered as a relatively complex automated system. It can perform multiple machining tasks such as milling, drilling, and boring, while also featuring an automated tool magazine for tool changes. This enhanced automation and intelligence significantly improves machining precision and efficiency.
While the advent of high productivity machining centers signifies the greatly enhanced performance and production efficiency. Compared to standard models, these centers feature optimized structures and materials, enabling high speed and efficient production. They deliver superior machining quality and shorten production cycles to meet the demanding requirements of diverse industries.
Are you seeking a reliable high productivity machining center manufacturer? TSINFA have extensive manufacturing facilities and a professional team of technical experts. Contact us immediately for a quote.
How can a High Productivity Machining Center Achieve High Productivity?
High Spindle Speeds
High productivity machining centers typically employ spindles with higher power and rotational speeds, this can significantly enhance the machine’s feed rates along the X, Y, and Z axes and enable faster cutting operations.
This increased speed can effectively improve the surface finish of work piece surfaces during machining, thus reducing the workload for subsequent processing.
Innovative Design—the Spiral Chip Conveyor
The advanced nature of high productivity machining centers is also reflected in innovative design aspects. Take the chip removal system as an example, traditional machining centers typically employ external discharge devices, where chips exit through the discharge port by relying on the gravity and coolant. This setup is prone to clogging and requires timely manual cleaning, which carries the risk of human being burnt by the high temperature during the process.
In contrast, high productivity machining centers incorporate an internal spiral chip conveyor. This design not only reduces the machine’s footprint but also enables more efficient chip removal. Working in tandem with a high pressure coolant system, it can achieve an automated chip clearance. This approach saves labor while eliminating issues caused by chip accumulation.
High Rigidity Bed
Compared to traditional machining centers, high productivity machining centers have a more rigid bed structure to enhance the machine’s overall vibration damping capability. This can make the machine stay its stability during heavy duty material cutting, preventing reduced work piece machining accuracy caused by instability.
Larger Tool Magazine Capacity
The tool capacity of high productivity machining centers will also be increased to enable the simultaneous execution of multiple machining operations including boring, drilling, and more, thereby they can boost the productivity greatly.
How to Select the Right High Productivity Machining Center?
Sizes of the Work Pieces
First, your choice should be made based on the specific dimensions and shape of the work piece to be produced, ensuring that the worktable space of this high productivity machining center can adequately accommodate your component.
You can directly inquire about this parameter from the manufacturer and learn the travel ranges of the machine’s X, Y, and Z axes for calculation and make an informed decision. Of course, the space occupied by the tool holders must also be factored in, as they are also within the worktable area.
Power
Power is an essential consideration for you when purchasing an electronic equipment, as it determines both its operational power consumption and the machining capacity of high productivity machining centers.
Machining centers with higher power can achieve greater rotational speeds that bring faster tool processing speeds. Naturally, their machining intensity is also substantial, ensuring they never encounter cutting difficulties.
Choosing a Reliable Manufacturer
Choosing the right manufacturer is equally crucial. You wouldn’t buy products without any guarantees, right? And these guarantees should come from manufacturers with legitimate industry credentials and extensive production experience, they both are the information you must verify before the purchasing.
In fact, it is a duty for sellers to disclose this truthfully, or you will have a risk buying low quality products with no after sales support.
The essential documents you need to confirm include business licenses, ISO and CE certifications, they can prove that the product meet the international safety and quality standards.
TSINFA not only possesses all these certifications but also handles our own export/import operations. Choose us as your partner today.
In fact, the most crucial aspect of machine maintenance is incorporating minor inspections into daily routines. This can allow you detect the potential issues in time and maintain the equipment performance from the details, it is just like the regular health checkups of humans.
We recommend you promptly cleaning the worktable and chip tray during regular use, as well as checking the coolant levels for sufficiency and contamination. While inspecting the spindle lubrication system can be taken weekly. As for the annual check process, you can take a comprehensive safety inspections and precision calibration for the entire machine.
TSINFA offers standard configurations including directly connected spindles, central coolant ports, chip conveyors, tool setters, and more. For equipment requiring prolonged high speed machining, spindle cooling must be installed to prevent the overheating during extended operation.
If you require automated or even unmanned operation, an automatic door switch or auxiliary chip removal robotic arm may be necessary. For applications that need additional rotary axes, we can also configure high productivity 4 axis machining centers.
TSINFA offers a selection of CNC system brands including Fanuc, Siemens, Mitsubishi, and GSK. You can make the choice based on your requirements or seek our recommendations.
