Knowledge

Here we share industry news and more about metal processing solutions as well as answers to some questions about our products

Press brake bending sheet metal with correct tonnage calculation

Press Brake Bend Radius Chart: Formula, V-Die Selection & Calculation Guide

About Us Learn press brake bending radius with charts, formulas, and expert tips. Avoid cracking, improve accuracy, and optimize sheet metal bending. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk Quick answer: In press brake air bending, the inside bend radius is mainly controlled by the V-die opening, material thickness, material type, and tensile strength. For mild steel, a common estimate is: Inside Bend Radius ≈ 0.16 × V-die opening For stainless… Read More »Press Brake Bend Radius Chart: Formula, V-Die Selection & Calculation Guide

robotic bending cells

The Technical Evolution of Robotic Bending Cells: A 2026 Guide to Press Brake Automation

About Us Struggling with labor shortages? Learn how robotic bending cells with offline programming (OLP) and sheet following tech can triple your press brake output. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk As manufacturers face rising labor costs and increasing demand for consistency, robotic bending cells have become a key solution in modern sheet metal fabrication. Instead of relying on manual operations, companies are moving toward integrated automation systems that combine… Read More »The Technical Evolution of Robotic Bending Cells: A 2026 Guide to Press Brake Automation

Press Brake Robot Bending Cell

Manual vs Robotic Press Brake: Which One Is Better for Production?

About Us Compare manual vs robotic press brake systems in cost, efficiency, and ROI. Find out which bending solution fits your production needs. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk Choosing between a manual press brake and a robotic bending system is a key decision for any metal fabrication business. The right choice directly affects your production efficiency, labor cost, and long-term profitability. Quick Answer Robotic press brakes are ideal for… Read More »Manual vs Robotic Press Brake: Which One Is Better for Production?

press brake bending sheet metal production

Springback in Press Brake Bending: Causes, Calculation & Solutions

About Us Learn what causes springback in sheet metal bending and how to reduce it using practical methods like overbending, tooling adjustment, and press brake control. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk Springback is one of the most common issues in sheet metal bending. After a part is formed on a press brake, the material tends to slightly return to its original shape, causing the final bend angle to be… Read More »Springback in Press Brake Bending: Causes, Calculation & Solutions

neutral axis sheet metal bending diagram

Bend Allowance vs Bend Deduction: Difference, Formula & Calculation

About Us Learn the difference between bend deduction and bend allowance in sheet metal bending. Includes formulas, examples, and practical tips for accurate flat pattern calculation. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk In sheet metal bending, bend allowance and bend deduction are used to calculate the correct flat pattern length before forming. Bend allowance measures the arc length of material consumed by the bend, while bend deduction is the amount… Read More »Bend Allowance vs Bend Deduction: Difference, Formula & Calculation

press brake bending sheet metal with v die

Minimum Bend Radius for Sheet Metal: Chart, Formula & Design Guide

About Us Learn the minimum bend radius for sheet metal with charts, formulas, and engineering tips. Avoid cracking and improve bending accuracy in press brake operations. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk When designing sheet metal parts, one of the most important parameters engineers must consider is the minimum bend radius. Choosing the correct bend radius ensures that the material can be formed without cracking, tearing, or losing dimensional accuracy.… Read More »Minimum Bend Radius for Sheet Metal: Chart, Formula & Design Guide

bending force calculation diagram

Press Brake Tonnage Chart: Formula, Calculator & Bending Force Guide

About Us Learn how to calculate press brake bending force using a tonnage formula and reference tonnage chart. Includes examples, material factors, and practical bending tips. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk In sheet metal fabrication, accurately calculating the required press brake tonnage is essential for safe and efficient bending operations. If the bending force is too low, the material may not bend properly. If it is too high, the… Read More »Press Brake Tonnage Chart: Formula, Calculator & Bending Force Guide

k factor sheet metal neutral axis diagram showing inner compression and outer tension during bending

K Factor in Sheet Metal Bending: Chart, Table, Formula & Values

About Us Learn what the K factor in sheet metal bending is, how to calculate it, typical values, and how it affects press brake bend allowance and flat pattern accuracy. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk The K factor in sheet metal bending defines the location of the neutral axis during a bend. It is used to calculate bend allowance, bend deduction, and flat pattern length, which makes it one… Read More »K Factor in Sheet Metal Bending: Chart, Table, Formula & Values

handheld laser welder welding stainless steel sheet

Handheld Laser Welder: Advantages, Applications, and Buying Guide

About Us Discover how a handheld laser welder improves welding speed, precision, and ease of operation. Learn its advantages, applications, and how to choose the right portable laser welding machine for your business. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk Laser welding technology has evolved rapidly in recent years, and one of the most significant innovations is the handheld laser welder. Once considered expensive and complex, laser welding is now more… Read More »Handheld Laser Welder: Advantages, Applications, and Buying Guide

cnc press brake machine bending stainless steel

Press Brake Safety Guidelines: Complete Operating Procedures and Protective Measures

About Us Learn essential press brake safety guidelines covering hazard identification, operating procedures, lockout/tagout protocols, and protective measures. Ensure OSHA compliance and prevent workplace injuries with our comprehensive safety manual for CNC press brake operators. Contact Us Recent Posts Categories Follow Us Facebook-f Twitter Youtube Linkedin Instagram Weekly New Video https://www.youtube.com/watch?v=rExbe2wogNk Press brake operations present significant workplace hazards that demand rigorous attention to safety protocols. According to industry statistics, crushing injuries involving press brakes account for a substantial portion of… Read More »Press Brake Safety Guidelines: Complete Operating Procedures and Protective Measures