Blogues do Chittak

Every bar you cut ends the same way: the last part comes off, and a tail — the remnant between the final cut and the chuck grip zone — drops into the scrap bin. On paper it is offcut; over a year it is a line item. Zero-tailing laser tube cutting is the engineering answer […]

Square tube laser cutting and rectangular profile cutting account for most of the day-to-day work on a tube laser — furniture frames, racking, curtain-wall members, fitness equipment — yet the parameters that make it cut cleanly are different from round tube in ways spec sheets rarely explain. This guide covers what actually changes when the […]

Every buyer shortlisting a tube laser cutting machine from China reaches the same question eventually: who exactly is on the market, and which of these companies matches my tube schedule, my support expectations and my budget? This roundup covers the ten manufacturers most worth knowing in 2026 — the listed giants, the Wuhan tube specialists, […]

A tube laser cutting machine looks like a bed, a box and a glowing point of light, but everything it does comes down to four subsystems working in sync: the photonics that generate and focus the beam, the clamping that rotates the tube, the servo motion that positions the head, and the CNC that choreographs […]

Cold saw vs band saw is the decision every fabrication shop meets twice: once when the first tube saw wears out, and again when volumes grow enough that cut quality starts to cost money. Both machines cut metal with a toothed blade; the difference is thermal. A cold saw turns a circular blade at low […]

A tube laser cutting machine price is decided by six things before you ever talk about a brand: the laser source class, the chuck configuration, the loading automation, the tube length the bed must carry, whether the head can cut bevels, and the software and service wrapped around the hardware. Ask two factories to price […]

Laser tube cutting thickness and speed are the two numbers that decide whether a fiber laser tube cutter fits your work — and both are governed by the same triangle: laser power, material, and wall thickness. This guide sticks to what is actually published on our machine pages rather than brochure folklore: the cutting speeds […]

How to cut stainless steel tubes with a fiber laser: power and wall thickness, gas selection, and fixes for burrs, dross and deformation.

How a German furniture manufacturer cut tube laser setup time by 73% with automated focusing and smart motion control. Full before-and-after numbers.

What the heat-affected zone is in fiber tube laser cutting, what causes it, and how it affects bendability, welding and cut edge quality.

Fiber laser vs CO2 laser for tube cutting: wavelength, efficiency, speed, maintenance cost and which one fits your tube size and material mix.

A nine-step framework for choosing a tube laser cutting machine: part envelope, power, chuck type, loading automation, software and acceptance tests.

Seven differences between tube laser and plasma cutting: cut quality, precision, speed, thickness range, running cost and where each wins.

The 2026 guide to tube laser cutting machines: how they work, accuracy and throughput, running costs, and what to compare before you buy.

Laser metal cutting machines explained: machine types, materials they handle, key technical parameters, applications, cost factors and current trends.

Para garantir o funcionamento seguro da máquina de corte a laser de metais, é muito importante que o operador a utilize corretamente.

Neste artigo, iremos aprofundar o tema das máquinas de dobrar tubos, explicando o que são, como funcionam e quais as suas vantagens, bem como a sua vasta gama de aplicações.

O principal objetivo deste artigo é fornecer orientações detalhadas aos fabricantes, para os ajudar a escolher o equipamento que melhor se adapta às suas necessidades em matéria de corte de metais.