Conhecimento

Aqui partilhamos notícias do sector e mais sobre soluções de processamento de metais, bem como respostas a algumas perguntas sobre os nossos produtos

practical functions of laser cutting1

6 Practical Functions Of Laser Cutting

Laser cutting machines are advanced sheet metal processing equipment in the industry. In the actual production process, the cutting method directly determines the production efficiency and workpiece quality. Therefore, effective cutting techniques are explored to improve production efficiency and product quality and reduce sheet metal waste rate.This article shares several cutting techniques that have been verified in practice, including frog jumping, concentrated perforation, automatic focusing, automatic edge finding, common edge cutting, bridge position (micro connection) functions, and analysis of deformation… Ler mais "6 Practical Functions Of Laser Cutting

CNC bending（1）

Very Complete CNC Bending Basic Tutorial

This article will introduce you to the basic knowledge of CNC bending, including the introduction of press brake molds, the forming method of the press brake, the arrangement of the bending process, the selection of positioning benchmarks, the principles of selecting on-site operation machines, and the control method of bending size. I believe you will definitely gain something! Folding machine mold 1.Folding bed mold The upper die is also called a folding knife. It is divided into two types: integral… Ler mais "Very Complete CNC Bending Basic Tutorial

Resumo de vários defeitos e soluções de corte a laser（2）

Laser Cutting Defects & Solutions: 20+ Problems Explained-Durmapress

Laser cutting defects are quality problems that affect cut accuracy, edge quality, and production efficiency. Common laser cutting defects include burrs, dross, rough edges, incomplete cutting, burn marks, deformation, and discoloration. This guide explains the causes and solutions for common laser cutting defects in carbon steel, stainless steel, and high-pressure nitrogen cutting processes. Common Laser Cutting Defects and Solutions Defect Main Cause Solution Burrs Wrong speed, focus, gas pressure Adjust parameters Dross Insufficient gas pressure Optimize gas flow Rough edge… Ler mais "Laser Cutting Defects & Solutions: 20+ Problems Explained-Durmapress

CNC Guillotine Shearing Machine（2）

Features, Application And Design Of DURMAPRESS CNC High Precision Shearing Machine

In the machining industry, shearing machine is a very important equipment. It is a machine that can cut various materials, such as metal, plastic, etc., into different shapes and sizes as needed. High-precision shearing machine is a special kind of shearing machine, which has higher precision and wider application range. This article will introduce the characteristics, application scenarios, design ideas and actual use of high-precision shearing machine in detail. Machine Features Compared with traditional shearing machines, high-precision shearing machines have… Ler mais "Features, Application And Design Of DURMAPRESS CNC High Precision Shearing Machine

Máquina de soldadura a laser8

Soldadura a laser portátil: Como avaliar e lidar com os danos e a prevenção da lente da pistola de soldadura

O princípio da soldadura a laser consiste em utilizar a eletricidade para a converter em luz laser e fundir o fio de soldadura e o material de base a alta temperatura para obter o efeito de fusão. No entanto, as máquinas de soldadura a laser existem há pouco tempo e, quando ocorre uma falha durante a utilização, os utilizadores muitas vezes não sabem como lidar com ela. De seguida, explicaremos os tipos de falhas mais comuns, uma a uma, e apresentaremos soluções comuns. Hoje, vou explicar... Ler mais "Soldadura a laser portátil: Como avaliar e lidar com os danos e a prevenção da lente da pistola de soldadura

MÁQUINA DE VGROOVER HORIZONTAL（1）

O que é uma máquina de ranhurar em V? Como a DURMAPRESS resolve perfeitamente as suas necessidades de ranhurar metais

Introdução às máquinas de ranhurar em V As máquinas de ranhurar em V são equipamentos especializados concebidos para criar ranhuras precisas em forma de V em chapas, tubos e placas de metal. Estas ranhuras são essenciais para aplicações como a preparação de soldadura, dobragem e trabalhos decorativos em metal. Com a indústria global de fabrico de metal projectada para crescer a um CAGR de 4,8% até 2030, a procura de soluções de ranhura eficientes e precisas aumentou. A DURMAPRESS, líder no sector das máquinas-ferramentas com mais de 20 anos de experiência, oferece soluções de... Ler mais "O que é uma máquina de ranhurar em V? Como a DURMAPRESS resolve perfeitamente as suas necessidades de ranhurar metais

Soldadura a laser portátil(1)

Máquina de soldadura a laser portátil VS soldadura tradicional: Como a DURMAPRESS redefine o processamento de metais

Sob a tendência de atualização inteligente da indústria transformadora global, a indústria de processamento de metais está a passar por uma revolução na tecnologia de soldadura. A máquina de soldadura a laser portátil DURMAPRESS tornou-se a primeira escolha de cada vez mais empresas com a sua mais recente tecnologia de laser de fibra, juntas de soldadura oscilantes inovadoras e operação fácil. Em comparação com os métodos de soldadura tradicionais, as máquinas de soldadura a laser portáteis não só melhoram a eficiência da soldadura, como também reduzem significativamente os custos operacionais e as barreiras técnicas. Este artigo irá analisar profundamente o núcleo... Ler mais "Máquina de soldadura a laser portátil VS soldadura tradicional: Como a DURMAPRESS redefine o processamento de metais

travão de prensa

Bend Allowance Formula:Calculation , K-Factor, and Worked Examples

Precision in sheet metal fabrication starts with a reliable bend allowance formula and the correct K-factor. Whether you are calculating a standard 90 degree bend or complex custom angles, using an accurate sheet metal calculation formula is the only way to prevent costly material waste and production delays. This guide provides the exact bending allowance formula and K-Factor reference table you need to master your flat patterns and ensure perfect results on every press brake operation. What is the Bend… Ler mais "Bend Allowance Formula:Calculation , K-Factor, and Worked Examples

Robotic Cell(14)

What Is Involved In Robotic Automation Planning?

The so-called "robotic automation" refers to a mode of realizing industrial automated production with multi-joint industrial robots as the center. Compared with traditional non-standard automated production equipment, it has its own unique characteristics. Understanding these characteristics and giving full play to the advantages of robots are what non-standard automation engineers have always wanted to know. Analysis and understanding of customer needs, analysis of product production processes, decomposition of automated actions, and accumulation of engineer design experience. The accumulation of experience… Ler mais "What Is Involved In Robotic Automation Planning?

Robotic Cell(1)

How To Deploy An Industrial Robot Cell?

What is an industrial robot? If you are a manufacturer who wants robots to work in your factory, you can think of an industrial robot as an "automatically controlled manipulator" (this explanation is based on the definition of the International Federation of Robotics, slightly abridged). Robots come in many forms, and the term "robot" is mainly used below to refer to robotic arms. Robotic arms are also called industrial robots and are responsible for achieving specific production tasks. However, a… Ler mais "How To Deploy An Industrial Robot Cell?