Delem cnc control

Market Dynamics of Delem CNC Control Systems

Market Overview: The global CNC controller market, which includes Delem CNC control systems, was valued at approximately USD 3.2 billion in 2023 and is anticipated to grow to USD 4.1 billion by 2030, reflecting a compound annual growth rate (CAGR) of 3.8% during this period, according to Global Industry Analysts. This growth is propelled by increasing automation in manufacturing processes and the rising demand for precision in production, particularly within sectors such as automotive and aerospace. The U.S. market alone is projected to reach USD 425 million in 2023, while China is expected to witness a substantial CAGR of 5.1%, reaching USD 1.3 billion by 2030. Moreover, the increasing adoption of advanced CNC technologies, including the integration of IoT and real-time monitoring, is enhancing operational efficiency and driving market expansion.

Industry Insights: Major players in the CNC controller market, including companies like Siemens and Fanuc, are focusing on technological advancements to stay competitive. The shift towards Industry 4.0 has led to higher investments in smart manufacturing solutions, which further boosts the demand for Delem CNC control systems. Consumer behavior is also shifting, with a growing emphasis on customization and efficiency, compelling manufacturers to adopt CNC systems that can deliver high precision and reduced operational costs. However, challenges such as high maintenance costs and the complexity of implementing these systems remain prevalent. As the market evolves, the emergence of energy-efficient CNC machines and the integration of machine learning technologies present significant opportunities for growth and innovation, ensuring that Delem CNC control systems remain at the forefront of modern manufacturing solutions.

Types of Delem CNC Controls

A CNC control is the core part of a CNC machine that allows the programming and automation of tools and machinery in an intelligent, complex, and precise manner. The Delem CNC control functions as a three-dimensional programming and operation center that can oversee and command various functions of the CNC equipment.

DELEM CNC controller types and details are as follows:

• AP-100: The DELEM basic controller for simple bending tasks without back gauges or profiling. It is a simple mode selection of 3D views of the current and next bend and 2D graphics and light status.
• AP-200: The DELEM IP200 PLC-based controller for two-axis frontal and rear back gauge bending with real-time graphical workpiece displays. It includes back gauge copper and height calculations, support for additional gauging systems, automatic tool library selection based on workpiece input, and connectivity for JJB & FTP databases.
• AP-300: The DELEM IP300 is a PLC-based controller for three-axis frontal and rear back gauge bending (X, V, and R) with an option for additional axes with real-time graphical workpiece displays.
• AP-700/800: The DELEM IP700/800 is a PLC-based premium controller with digital AC servo motor drive for shears, bending, and punching operations. It has high-end advanced features including three customization options: standard, to replace IP700/800; functional, using a multi-touch-screen to integrate all functions in one unit; and modular, incorporating all functions in one modular unit.
• AP-600/600T: The DELEM AP600/600T is a premium CNC controller system with a 10.4” color TFT touch screen, user-friendly Hi-Real graphic programming, intuitive operation, and bending follow-up. It has up to 8, 16, or 20 T-axes and 99 programmable T&P-Tool paths and includes intelligent mechanisms such as collision detection, co-processed visualization, joint classification, and simple data export and import.
• AP-700/700T: The DELEM AP700/700T is a premium CNC controller system with a 15” color TFT touch screen, user-friendly Hi-Real graphic programming, intuitive operation, and bending follow-up. It has up to 8, 16, or 20 T-axes and 99 programmable T&P-Tool paths and includes intelligent mechanisms such as collision detection, co-processed visualization, joint classification, and simple data export and import.
• AP-880: The DELEM AX880 is a high-performance CNC machine controller integrated with a 19” high-definition LCD screen and user-friendly Hi-Real graphical programming and operation interface. Its particular features for SHEAR and PUNCH operate intelligent mechanisms and advanced functions, including K-matrix formula, collision detection, co-process visualization, joint classification, and simple data export and import. The mechanical connection, electromechanical connection, and software connection form a complete solution for the client, including all electronic, mechanical, and hydraulic parts.

Specifications and maintenance of Delem CNC controls

Specifications

Delem DAC CNC controls refer to a series of CNC control systems manufactured by the Delem company, which are typically used to control machines such as shears and bending machines. The specifications may vary depending on specific models. The following chart lists some popular models of Delem DAC CNC controls and their corresponding specifications.

• Delem DAC 330T: This CNC control system is specifically designed for shears. It is equipped with a three-axis control capability and features graphic programming and Windows human-machine interface (HMI) functions. The instrument's panel is 310mm x 230mm.
• Delem DAC 360: The Delem DAC 360 is a bending control system that can control up to six interpolation axes and two external digital input/output. Its graphic programming interface simplifies the programming process. The instrument's panel is 310mm x 230mm.
• Delem DAC 620: This CNC control system is suitable for shears and press brakes. The Delem DAC 620 possesses complex functions such as controlling the angle of a workpiece, to name one; it can control up to eight axes and also has space for 30 digital input/output. The instrument's panel is 414mm x 273mm.
• Delem DAC 800: A more advanced model than those listed above, the Delem DAC 800 is equipped with an 8.4-inch color LCD screen and possesses open architecture for flexible editing. More precisely, it can control up to 12 axes and has space for 30 digital input/output. The instrument's panel is 414mm x 273mm.
• Delem DAC 861: The features and specifications of this model are similar to those of the Delem DAC 800, but its design and style may differ. The instrument's panel is 414mm x 273mm.

Maintenance

A precise CNC controller can bend virtually any shape, but only if they can be kept in top shape. To prevent unnecessary repairs and machine downtime, training the technicians on how to perform care and maintenance of the CNC control is paramount. The following are some key pointers they should know about.

• Ensure the cooling system is constantly clean and let no debris block the cooler, radiator, or fan. Inspect it at least once every month or more often if machines are in use in dusty environments.
• Clean all filters each month. This includes the oil return filter, mist collector filter, and pump suction filter - anything that prevents contaminants from coming into the system. Also, run a small brush over the parts of the filters to see where it's worn out and needs to be changed.
• Check the oil level in the pump and the way it's working. Make sure it's clean and of high quality and has been removed with any environmental pollution.
• Use a damp, lint-free cloth to wipe down the LCD screen and keyboard instead of dry cloths, which can leave smudges or cause static to build up. Keeping the dirt away from these areas is critical to function and longevity.
• Calibrate the devices regularly and set the axis back to zero when shutting them off so that they are easy to get to when turning back on.
• When programming is finished, make sure there's no incidental material left in the groove or slot and remove anything that could get hold of it later when closed up.
• It is also good practice to make sure that parts of the machine, such as rail tracks, chains, and gears, are lubricated so that they work and don't wear out easily. Also, maintain proper lubrication of chains and gears of the machine parts.

Overall, manufacturers should be cautious when handling the controllers so that they don't end up damaging the delicate components of the controller, such as the CPU, circuit boards, and engines.

Scenarios of Delem CNC controls

Due to their high compatibility and flexible parameter settings, DELEM CNC controls can be applied to many usage scenarios.

• Extreme Metal Forming Industries

  The DELEM PC-12 CNC Control is ideal for harsh Chinese metal forming industries. Its facade can resist dust and humidity. The touch screen is large enough for operators to wear gloves during work. Furthermore, its parameter memory can avoid reprogramming after power outages.

• Sheet Metal Industry

  DELEM CNC controls are useful for the sheet metal industry. They assist in the precise control of bending machines to process materials of various thicknesses. Controls such as the DELEM DA-66T are user-friendly. Metal workers can quickly learn to use them. Advanced features help create complex shapes, increase production efficiency, and improve product quality.

• Mechanical Manufacturing

  Mechanical manufacturing employs DELEM CNC controls for bending machines. The controls ensure accurate and flexible bending of mechanical parts.

• Light Metal Processing

  Light metal processing uses DELEM CNC controls to handle various materials like aluminum, copper, and metal alloys. The controls improve work efficiency and meet production needs.

• Aerospace and Automotive Industries

  These two industries require high precision and reliability for their devices. DELEM CNC controls meet these needs. They ensure high-precision bending of components in aerospace and automotive applications. The controls contribute to the high-quality production standards of these industries.

• Architectural Metal Fabrication

  Architectural metal fabrication, DELEM CNC controls help craft architectural structures like facades, gates, and windows. The controls improve work accuracy and speed.

• Prototyping and Small-Batch Production

  DELEM CNC controls are suitable for small-batch production and prototyping. They allow rapid modification and flexible setup to meet small-batch and prototype production demands.

• Laser Cutting Combined Machining

  The DELEM CNC control system can realize the combined machining of laser cutting and other machining methods, such as bending, milling, and drilling. This allows for the maximum use of the advantages of respectively corresponding to improve processing efficiency and quality.

How to choose Delem CNC controls

• Machi

  Consider the machine type the CNC control will be working with. Different machine DELEM CNC controls are primarily designed for they may not be compatible or optimal for specific configurations.

• Functional needs

  Investigate the capabilities and functions the user requires from the CNC control. These may include data input methods, cutting techniques, control styles, power range, user interface, and more. Select a model that meets the user's functional requirements to avoid unnecessary features or deficiencies.

• User experience

  Consider the user experience the CNC control provides, including the ease of operation, intuitive nature of the user interface, and the learning curve involved. Opt for a model with a well-designed interface and a user-friendly operating process to simplify machine control and management.

• Brand support

  Research the manufacturer and brand of the CNC control. Select a well-established brand with a solid reputation and extensive market presence to ensure the device's reliability and performance. Consider the support and service offered by the brand, as well as the availability and quality of spare parts.

• Budget considerations

  Weigh the features, performance, and brand support of different CNC control options within the budget range. Aim to find the best cost-to-benefit ratio solution to meet the user's needs while also aligning with budget constraints.

Delem cnc control FAQ

Q1: What does the DELEM DA-66T CNC control system do?

A1: The DELEM DA-66T CNC control system is a double-controlled computer numerical control (CNC) system that is mainly used to control the functions and operations of machines with the aim of enhancing automation, precision, and efficiency in various industrial applications.

Q2: What features does the DELEM DA-66T CNC control system include?

A2: DELEM CNC controls features digital input/ output., analog input./output., and communication function. It can control the punching; submit data from sensors; receive data transmitted from other devices or systems through a network; hydraulic/pneumatic system; edging; as well as bending and other functions. It also has a varied human/machine interface and multi-programming capabilities, allowing users to set up and manage the parameters and programs of the controlling machine exactly.

Q3: What is the function of a CNC controller?

A3: The function of a CNC (Computer Numerical Control) controller is as the core element that is mainly used to automate tools and machines by commanding the movement of the machine based on a pre-programmed design or blueprint, thus guiding the machine to carry out specific tasks with high precision and repeatability.

Q4: What does the DELEM DA-66C CNC control system include?

A4: The DELEM DA-66C CNC control system includes an operating system, control programs, and embedded applications with various specific functions.