3D Printing

Thank you for being part of our journey this year. FY 25-26 has been important for us, not just in terms of growth, but in the kind of work customers trusted us with. Our machines reached Germany and the UK This year, our machines reached customers in Germany and the UK. We also signed a […]

The world of industrial 3D printing can feel like an alphabet soup: FDM, SAF, SLA, SLS, DLP—each promising speed, accuracy and strength. How do you decide which technology suits your application without being blinded by jargon? FDM vs Other Industrial 3D Printing Technologies Stratasys categorises large-format printers by technology. For functional prototypes and tooling, FDM

Industrial 3D printers aren’t cheap. But focusing on sticker price alone misses the bigger question: how much will the machine save—or earn—you in the long run? Industrial 3D Printer Cost Savings Competitor sites like Stratasys acknowledge that large 3D printers can be more cost-effective than smaller machines. When you consider the ability to print large

Imagine buying a high-end 3D printer only to discover you’re locked into a single supplier’s material catalogue—and paying premium prices. Material lock-in not only restricts innovation but also increases operating costs. Wouldn’t it be better to choose the best material for each job? Industrial 3D Printer Material Compatibility BigRep’s product pages proudly advertise “true material

Few things are as frustrating as watching a 30-hour print fail because a nozzle clogs or a filament spool runs out. Downtime costs money and erodes trust in additive manufacturing. What if your printer could swap extruders automatically and prevent clogs before they happen? Dual Servo Extruder with Auto-Switchover Traditional extruders rely on stepper motors

What if you could produce an entire batch of parts in the time it currently takes to print just one? For many manufacturers, the biggest inefficiency is empty space inside the printer’s build volume. Wasted space is wasted money. How multi-part nesting reduces cost per part in 3D printing Large-format 3D printers give you room

Imagine watching a machine slowly grow a full-scale product before your eyes, layer by layer. No seams, no assembly, just a solid part rising like a skyscraper. That’s what large-format 3D printing looks like. Yet many companies still settle for desktop-size printers and then struggle with split parts, bonding and misaligned assemblies. Are you sacrificing

Buying a 3D printer is just the beginning. Without proper installation and training, even the best machine can become an expensive paperweight. Why DivByZ support stands out Competitors offer varying levels of support. CreatBot mentions service options and downloadable resources, while 3D Systems encourages users to “talk to an expert”. However, few provide end-to-end assistance.

Nothing kills a print job faster than a clogged nozzle or a burnt-out extruder. But what if your printer could sense the problem and switch to a backup automatically? How DivByZ extrusion technology is different Dual extrusion isn’t new; competitors such as CreatBot use dual hotends (260 °C and 420 °C) to print different materials.