cnc turret punch press

1. Accurately convey core values and address the "pain points" of factories When promoting, it is necessary to explain the direct economic benefits it can bring in a language that factory owners and production managers can understand. "One machine replaces multiple lines", saving space and initial investment Promotional point: There is no need to purchase separate punch presses and laser machines, reducing the floor space occupied by the equipment, power configuration and basic investment. Tell the factory owner: "You only need one investment to establish a complete sheet metal processing unit, which is particularly suitable for new factories with limited factory space or those planning new production lines." Minimize processes to the extreme to enhance efficiency and delivery time The promotional point: It eliminates the process of transferring, re-clamping and secondary positioning between the punch press and the laser machine. The sheet is clamped once to complete all processing. Tell the production manager: "The delivery time of your products can be shortened by 30% to 50%." Because there is no intermediate flow or waiting time, it is particularly suitable for small-batch and multi-variety urgent orders. Break through design limitations and empower high value-added products Promotional points: The mold-free nature of lasers enables them to easily cut any complex shapes and inner cavities. The high efficiency of stamping allows for rapid processing of louvers, bumps, threaded holes, etc. Tell R&D/designers: "You can freely design complex products without being restricted by molds." Laser cutting creates elegant curves, and stamping instantly forms functional structures, making your products more unique and competitive in the market. Reduce reliance on highly skilled operators Promotional point: One device, one set of programming software (usually integrating stamping and laser functions), and one operator can complete the entire process from programming to production, reducing management and labor costs.   Second, innovate business models and lower application thresholds The high initial investment is the main reason why many small and medium-sized factories are deterred. It needs to be resolved through a flexible business model. Financial leasing and installment payments Cooperate with financial institutions to offer flexible installment or lease plans for factories, converting huge capital expenditures into manageable monthly operating costs. "Trade-in" program Encourage factories with old single-function punch presses or laser machines to upgrade their equipment, use the old equipment to offset part of the purchase price, and accelerate equipment iteration. Establish demonstration factories and experience centers Establish demonstration sites in industrial zones to allow potential customers to witness the efficient operation of the equipment with their own eyes. They can also bring their own samples for on-site sampling and convince them with actual results. Cooperate with the sheet metal industry chain Cooperate with sheet material suppliers, spray painting factories, etc. to provide their customers with packaged solutions of "equipment + materials + post-treatment", increasing their appeal.   Third, promote technological popularization and enhance usability to remove usage obstacles Make the factory feel that it is "user-friendly, daring to use and easy to use". Develop more intelligent and integrated software The software should be capable of automatically identifying the features of the drawings, intelligently recommending whether to use stamping or laser processing (for example, small round holes and holes of the same batch should be stamped, and complex contours should be processed with laser), and automatically generating the optimal processing path to reduce programming difficulty. Provide strong technical training and support We offer a full range of training from programming, operation to maintenance. Establish a rapid response local service team to provide 7x24-hour technical support and solve the factory's worries. Modular and upgradable design Provide the basic model and reserve the upgrade interface. Factories can first purchase configurations that meet current needs. In the future, based on business development, they can add automated modules such as automatic loading and unloading, sorting and palletizing to reduce initial investment.   Fourth, accurately identify the target industry and customer group Not all factories are suitable for immediate purchase. It is necessary to find the right breakthrough point. Core target customers Sheet metal processing service center: They are the most ideal target users for composite machines because their business is to undertake various scattered and high-demand sheet metal parts. Equipment manufacturers specializing in multi-variety and small-batch production: such as those in industries like chassis and cabinets, elevators, food machinery, medical devices, environmental protection equipment, and intelligent warehousing equipment. Innovative enterprises in a period of rapid growth: They have high requirements for production flexibility and product iteration speed, and are willing to invest in advanced equipment to build core advantages. Potential market Replacement market: The target is those factories that are still using old-fashioned single-function equipment and have encountered production efficiency bottlenecks. Use the high efficiency of multifunctional machines to convince them to carry out "production upgrades".   if you have more ideas, please contact us! Tel: +86 -18855551088 Email: Info@Accurl.com Whatsapp/Mobile: +86 -18855551088

The processing capacity of a CNC punching machine is influenced by multiple factors such as material type, machine tool model, mold design and process parameters. The following is the thickness range and key points of CNC punching machine processing sorted out after comprehensive search results: 1.The conventional processing thickness of a common CNC punching machine - Low-carbon steel: Usually 0.8 to 3.5mm, with a recommended thickness of less than 3.5mm; If special processes (such as roof cutting or concave cutting design) are adopted, it can be processed to 6mm. Stainless steel: The recommended thickness is 0.8 to 2.5mm. However, due to the rapid tool wear and high scrap rate, CNC punching machines are generally not preferred for processing. - Aluminum/copper plates: The recommended thickness is 0.8 to 4.0mm. However, it should be noted that soft materials are prone to sticking to the mold, so coating punches should be used or the mold gap should be adjusted.   2. The processing capacity of the special CNC punching machine for thick plates Carbon steel plate: Some dedicated models for thick plates (such as the NCPH series) can process up to 16mm in thickness and have a nominal stamping force of 3150KN, making them suitable for processing thick plates such as automotive longitudinal beams. - Other materials: such as copper, aluminum and other soft metals. By optimizing the mold gap (increasing by 5% to 20%) and tonnage calculation, it can be processed to 12.7mm (such as 1/2 inch).   3. Key factors affecting processing thickness Tonnage requirement: For punching thick materials, a higher tonnage is needed. The calculation formula is: land inches × material thickness × shear factor ×25. For example, a hole with a diameter of 2 inches and a thickness of 6.35mm requires more than 39 tons of force, which exceeds the capacity of ordinary machine tools. - Mold design: - Mold clearance: For thick materials, the mold clearance should be increased (for example, for low-carbon steel, it should be adjusted from 15% to 20%) to reduce demolding issues. - Punch material: Powder metallurgy punches are recommended to enhance impact resistance, and a coating is added to reduce the risk of soft materials adhering to the mold. - Maintenance and processing: Blunt tools will increase the required tonnage and need frequent grinding to extend their service life; Shearing designs (such as roof shears) can reduce tonnage requirements.   4. Special models and process expansion - Fully automatic CNC punching machines (such as DHSKC-Q series) : The maximum processing thickness is 6mm, supporting complex shapes such as round holes and special-shaped holes, suitable for industries like electronics and medical devices. - Turret punch press (such as COMA-567) : Optimized for thin plates, suitable for carbon steel plates under 2mm, with limited processing capacity for thick plates. Laser cutting alternatives: For ultra-thick materials (such as ≥16mm) or high-precision requirements, laser cutting is superior, but it is more costly and not suitable for materials with fast heat conduction, such as aluminum and copper.   5. Practical application suggestions - Material selection: Prioritize materials such as low-carbon steel and aluminum plates that are easy to machine. For stainless steel, carefully assess the cost of the cutting tools. - Equipment selection: For thick plate processing, dedicated models (such as the 16mm thick plate CNC punching machine from Qingdao Kelida) should be selected, and they should be equipped with high-precision servo systems and ball screws. - Process optimization: Use multi-station molds and automatic programming software (such as CAD to directly generate codes) to enhance efficiency. At the same time, pay attention to the design of hole spacing to avoid mold strength issues.   Summary Ordinary CNC punching machines are suitable for low-carbon steel plates of 3.5mm or less or aluminum/copper plates of 4mm or less. The special model for thick plates can be extended to 16mm carbon steel. The actual processing should be combined with the material properties, equipment capabilities and process adjustments. When necessary, laser cutting or cold stamping dies can be used as supplementary processing. If you have more ideas, please contact us! Tel: +86 -18855551088 Email: Info@Accurl.com Whatsapp/Mobile: +86 -18855551088