VISITECH Elevates 3D Printing to Industrial Standards at Formnext 2023


Share this Article

At the heart of some of the most important 3D printers in the additive manufacturing (AM) industry are subsystem makers who empower these printers to do what they do. Without the companies that make digital light processing (DLP) light engines, we wouldn’t have the Carbons and Desktop Metals of the world. Among them is VISITECH, the Norwegian pioneer of DLP systems whose technology is driving the vat photopolymerization space forward. recently had the opportunity to sit down with Alfred Jacobsen, Managing Director of VISITECH Engineering GmbH, to learn about what the company plans to showcase at Formnext 2023.

VISITECH’s True 4K Light Engine

As VISITECH rolls out a number of exciting technologies, such as scrolling and 8K projectors, it’s also in the midst of launching its new NEOS platform. Under the new NEOS label, VISITECH has bundled all seven of its DLP light engine systems for AM, which now include a number of novel platforms, as well as upgrades to existing DLP systems.

The LUXBEAM® LRS-MCx 4K light engine.

Perhaps most notably, the company has introduced its new LUXBEAM® LRS-MCx 4K light engine, which promises to double the additive manufacturing capacity of DLP systems. Breaking down the numbers, this translates to a staggering 8 million native pixels embedded within the engine’s DMD. Where once you might have needed four light engines to deliver 8,000 pixels width, with the LRS-MCX 4K, just two suffice.

This streamlining has significant operational benefits. With fewer engines, calibration and alignment—especially in systems where engines are stacked in a scrolling system—become simpler and more efficient. Additionally, with the higher pixel count, seamless side-by-side stacking of engines is possible even at a finer pixel pitch of 25 microns, a stark improvement from the 50 microns typically achieved with HD DMDs. The direct outcome? A potential for even more precise 3D printed parts.

Multiple LUXBEAM® LRS-MCx 4K light engines in a scrolling architecture.

Jacobsen noted that it already has customers in line, eagerly awaiting the units for implementation and prototyping, emphasizing the high demand. Interestingly, the LRS-MCX 4K has also broadened horizons for those who might have earlier been hesitant about scrolling, particularly in the industrial segment. Jacobsen said that while the new product initially has a particular demand from those interested in ceramic 3D printing, interest for polymers is increasing as well.

Light Engine Upgrade

Initially, light engines used in additive manufacturing were operated once a day or once a week. But as the sector has matured, most of VISITECH’s products have found applications in 24/7 operational settings. “We have updated our products and streamlined them to establish as many common elements as possible,” Jacobsen said.

The NEOS line of projectors from VISITECH.

In turn, a key focus of the NEOS platform is its robustness, allowing for consistent performance even in demanding conditions. Incorporated into the NEOS platform are the company’s high-powered proprietary Gen5 UV LED sources. The new light sources boost the power output by 20-30%, offering both longer lifespans and faster cycle times.

Not only have the light sources been upgraded, but Visitech has incorporated advanced liquid-cooling systems and clean air filters. These enhancements not only promise durability but also drastically reduce the need for maintenance, ensuring that production lines run smoother, and downtime becomes a rarity. All of this is meant to allow uninterrupted 24/7 production operations in some of the harshest industrial environments.

“When looking at higher-power LED light sources, we’re reaching the limits of air-cooled systems. These are largely constrained by the cooling capacity of their bodies and the size of their fans, which we try to keep as small as possible to maintain a reasonable box size. Consequently, most products are now shifting towards liquid cooling, a transition we initiated some time ago.”

VISITECH has also transitioned to FPGA-based, as opposed to low-latency video-based, control systems across its range. This means that the software platform, known as LUXBEAM® Additive Manufacturing Application (LAMA), is now uniform across all its products, as well.

“Initially designed for scrolling products, LAMA is now also a staple in our static light engines. This software is optimized for additive manufacturing, ensuring seamless communication between the light engine and the 3D printing machine,” Jacobsen said. The standard LAMA software comes free, with specialized features available in the LAMA Pro version for those requiring more advanced functionalities.

Another important overhaul in the NEOS platform is the uniform adoption of industrial-standard Ethernet interfaces for both data and communication. This move has phased out other data feeds like HDMI and display port. This allows VISITECH to implement universally beneficial features, such as safety switches and security measures, on top of ensuring that the correct image is displayed.

Introducing LRS Compact and LRS Compact Plus

Further expanding its product line, VISITECH is also introducing two new units targeted towards the professional market segment, the LRS Compact and LRS Compact Plus. While the company’s other products are geared at industrial production, these units are designed to be cost-efficient while offering superior performance.

The LRS Compact projector.

The main difference between the LRS Compact and LRS Compact Plus lies in their intended applications. The LRS Compact is designed for resolution-sensitive implementations, such as dental work that requires high pixel accuracy. The LRS Compact Plus, on the other hand, is more geared towards applications like aligners that demand higher productivity but are not as critical in terms of precision.

“These products offer more cost efficiency and superior performance with an optimized cost of ownership, thanks in part to the free LAMA software and a common platform. Both units also have an optimized box size, making them the most compact wide-queue industrial projectors on the market, suitable even for professional desktop applications,” said Jacobsen.

Jacobsen noted that VISITECH’s entrance into the professional segment was in driven in part by demand from customers. Manufacturers who rely on VISITECH’s DLPs for industrial 3D printing have turned to the Norwegian firm once more as they expand their own product ranges to target lower-cost segments.

Formnext 2023

For those keen on seeing the technology firsthand, VISITECH will be showcasing it at Formnext 2023, Booth C68 in hall 11.1. There, attendees can engage in insightful discussions with product experts, experience demos, and gain a deeper understanding of how the NEOS platform can redefine their manufacturing processes.

Share this Article

Recent News

OCEAN 3D Printer from Azul3D Prints at 300 mm per Hour

3D Printing News Unpeeled: Holography in Space & Fyous Reusable Molds


3D Design

3D Printed Art

3D Printed Food

3D Printed Guns

You May Also Like

Why Do We Have to Pretend We’re Going to 3D Print Homes on Mars?

Maybe someday we’ll 3D print houses on Mars. But how much effort and time would it take to get there? And, is it even a good goal? Recently, at AI...

UW-Madison Engineers 3D Print RAM Devices in Zero Gravity with NASA Funding

Engineers from the University of Wisconsin-Madison (UW-Madison) 3D printed RAM (Random Access Memory) device units in zero gravity to show that electronic components can be produced in space. This capability...

3D Printing Financials: Protolabs’ Q1 3D Printing Revenue is Flat, Company Advances in Technology Push

Protolabs (NYSE: PRLB) has kicked off 2024 with a mild boost in revenue, revealing how the Minnesota-based company manages to adapt and thrive even in uncertain market conditions. While the...

NASA Backs Project for 3D Printing Space Sensors

NASA granted $300,000 to Florida State University (FSU) and Florida Agricultural and Mechanical University (FAMU) to pioneer a project using 3D printing to develop cutting-edge sensors capable of withstanding the...