5 Points to Consider When Buying a Press Brake
The floor thickness and how level it is play an important role in the stability and accuracy of your press brake. Anchoring your machine is essential, often a prerequisite for your guarantee to be honored by the machine tool dealer. A floor of 100mm thick is usually sufficient for a 40-80 ton press brake, while a thickness of 150 to 200mm is recommended for heavier machines. For outsize machines of 4 meters and 250 tons or more, a custom foundation is advisable for optimal results. The more level the floor, the easier the machine can be leveled. Small variations in grade can be managed using the jacking bolts on the four corners of a hydraulic press brake. It’s crucial to level the machine front to back and side to side.
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Workflow and Workpiece Manipulation - Efficient, Safe Bending
Space is indeed a critical aspect, ensuring good access to the machine on all four sides. This allows steady material inflows and outflows, facilitating the safe manipulation of large workpieces with help from co-workers or lifting machinery. Ideally, the machine should only be adjacent to something on one side, preferably the rear. We recommend a minimum of 2000mm between the rear of the machine and any boundary (wall, other machine workspace, etc.). This setup allows unrestricted access from the front and sides. Though bending from the front is common, certain jobs may require extracting the workpiece from the side, especially in pipe bending. Allocate about 5 meters in front of the machine and at least 3.5 meters on either side.
Closely related to space considerations are workflow and material handling. How will you transport material to and from the machine? Is the material preprocessed, and what are the handling requirements? What post-processing is needed? Oftentimes, press brakes are added at the end of fabrication workflows because bending work was previously outsourced. Consequently, cutting stations (whether plasma, laser, or shearing) or final assembly lines are positioned too far or inconveniently located to serve the press brake efficiently. Remember the principle of 'minimum distance' to keep material movement as short as possible.
8 Steps to a Smart Investment: Buying Your CNC Hydraulic Press Brake
Are you looking to invest in a CNC hydraulic press brake but don't know where to start? This video will guide you through 8 essential steps to make a smart investment and maximize your ROI. With expert advice and industry statistics, you'll learn how to determine your needs, research and compare models, choose a reliable manufacturer, determine your budget, visit showrooms, negotiate the best deal, choose the right software, and schedule delivery and installation. Don't miss out on this valuable information that will help you make an informed purchase and take your business to the next level!
Buying a CNC hydraulic press brake can be a significant investment for your business, and it's essential to consider several factors before making a purchase. Here are some steps to help you buy a CNC hydraulic press brake:
1. Determine your needs: Understand your specific needs for a CNC hydraulic press brake. What materials do you need to bend? What thicknesses do you work with? How many pieces do you need to produce? These questions help determine the tonnage, length, and other specifications you need.
2. Research and compare models: Once you've identified your needs, start researching the various CNC hydraulic press brake models available. Compare the features and prices of each model that meets your specifications.
3. Consider the manufacturer: Choose a reliable manufacturer that offers high-quality machinery and good customer support. Research the manufacturer's reputation, check reviews and ratings, and determine if they offer training and maintenance services.
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4. Determine your budget: Establish your budget before making a purchase, considering the long-term return on investment (ROI) and the potential cost savings that a high-quality press brake can provide.
5. Visit the showroom: If possible, visit the manufacturer's showroom to see the CNC hydraulic press brake models firsthand. This will help you better understand the machine's build quality, features, and functionality.
6. Ask for a quote and negotiate: After identifying a CNC hydraulic press brake that meets your needs, request a quote from the manufacturer. Negotiate the price, warranty, delivery, and other terms to ensure you get the best deal.
7. Determine the software: Determine the software needed to operate the CNC hydraulic press brake. This may include CAD/CAM software for designing and programming parts, as well as software for controlling the press brake.
8. Schedule delivery and installation: Once the purchase is finalized, schedule the delivery and installation of the CNC hydraulic press brake. Ensure that your facility is prepared for installation and has the necessary utilities and resources in place.
Buying a CNC hydraulic press brake requires careful planning and research. By following these steps, you can ensure that you make an informed purchase that meets your needs and budget.
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