Witness intelligent laser cutting in action. Infinity F1 at IMTEX 2026 shows faster cycles, cleaner cuts, lower gas use, and smarter automation. See what next-gen productivity really looks like, live on the shop floor.
In modern manufacturing, the demand for speed, precision, and intelligent automation is growing faster than ever. Industries no longer seek machines that simply cut metal; they demand integrated systems that think, adapt, optimize, and elevate the entire production cycle. For decades, SLTL Group has been at the forefront of this transformation, engineering laser systems that challenge conventional limits. The Infinity F1 Machine is one such creation – a powerful blend of hardware precision and software intelligence. As SLTL prepares to showcase the next-generation Infinity F1 at IMTEX 2026, the manufacturing community is gearing up for a massive leap in what laser-driven production can achieve.
This blog takes you through the current capabilities of the Infinity F1 Machine and unveils the advanced features that will be introduced exclusively at IMTEX 2026.
1. The Infinity F1 Machine Today: Built for Intelligent, Automated, and Adaptive Manufacturing
The existing generation of the Infinity F1 Machine has already established itself as a trusted workhorse for fabrication environments of all scales. It is engineered not merely to perform operations, but to improve the very structure of production workflows. From reducing piercing times to optimizing material usage, from simplifying operator interactions to enabling real-time machine insights – Infinity F1 stands as a symbol of efficiency and automation.
One of its biggest strengths lies in its integration with SLTL’s advanced nesting software, IMPACT, which serves as the intelligence core of the machine. Through continuous innovations, IMPACT ensures that every sheet is used optimally, every cut is placed with precision, and every project moves forward with minimal human intervention.
2. The Intelligence of IMPACT: Current Features That Transform Fabrication
At the core of the Infinity F1 Machine lies its powerful software ecosystem. IMPACT is designed to reduce manual dependency and give operators deeper control without overwhelming them. Its existing functionalities streamline processes from start to finish.
Today, the machine supports Bridges/Chain cutting, a technique that has dramatically changed how thicker materials are processed. Instead of piercing every individual part – a time-consuming process that increases wear on consumables – the software allows users to introduce open or closed bridges between geometric elements. This reduces the number of individual pierces, cuts down heat accumulation, and enhances overall productivity. The cutting sequence starts in a material-free zone, ensuring faster, more stable pierces and smoother cutting action. This intelligent approach is particularly advantageous when processing dense nestings of thick components.
The Eco-Pierce feature further elevates efficiency. It intelligently minimizes piercing time by adjusting energy levels and piercing techniques based on the material and thickness. The result is a cleaner pierce, reduced thermal impact, and lower consumption of assist gas and consumables. For manufacturers working on constant deadlines, these micro improvements collectively lead to significant savings in time and cost.
Material optimization is another area where the current Infinity F1 Machine shines. With Automatic Remnant Generation, the software identifies usable leftover sections of sheets and stores their dimensions and material specifications in its database. When operators nest new jobs using the same material and thickness, the machine automatically suggests these remnants. This practice improves material utilization dramatically, reduces waste, and avoids the cost of fresh sheets whenever possible.
Operators also benefit from the Multi-Access interface, a thoughtfully designed feature that brings all essential controls – cutting programs, feed rate modifications, laser parameters, and job information – onto one accessible screen. Instead of navigating through multiple layers of menus, operators can perform crucial actions in seconds. This ease of operation reduces training time and eliminates workflow disruptions during shifts.
The Batch Import function is another current strength of the Infinity F1 ecosystem. It can automatically segregate parts based on several parameters such as material, thickness, job priority, machine allocation, order reference, or even file name. For high-volume production units, this function reduces the planning phase drastically by preparing multiple jobs at once, ensuring that nesting, cutting, and dispatching workflows move uninterrupted.
IMPACT also supports Kit Nesting, a feature created with project efficiency in mind. Operators can group related components into kits and mark urgent projects for priority nesting. This ensures that critical jobs are completed first, helping industries maintain strict delivery commitments.
Before any cutting begins, the Verify Part function analyzes geometries to detect overlaps, minute gaps, broken contours, or misalignments. It automatically corrects issues that would otherwise compromise cutting quality. This saves operators from time-consuming manual checks while guaranteeing clean and accurate cuts every time.
3. Intelligent Machine Control and Real-Time Monitoring
Beyond nesting and cutting strategies, the Infinity F1 Machine provides operators and supervisors with a clear picture of what is happening inside the machine at any given moment. Its real-time monitoring interface displays job progress, cutting times, part completion status, and machine behavior with absolute clarity. Through Intelligent Reminders, operators receive alerts for maintenance, upcoming replacements, or performance checks, ensuring the machine performs at its best through consistent preventive care.
The system’s multilingual support enhances accessibility for global operators. With built-in compatibility for units like millimeter, inch, feet, bar, PSI, Celsius, Fahrenheit, and more, the Infinity F1 Machine remains universally adaptable.
Every design element of the current Infinity F1 reflects SLTL’s core philosophy: make cutting smarter, faster, and easier.
4. Streamlined Operations Through Convenience Features
The existing machine also emphasizes a simplified operational experience through features like one-click quick service, material library locks, and single-click backup and restore. The material library ensures consistent cutting quality by locking tested parameters, while the quick service feature connects operators instantly with SLTL support. Backup and restore functionalities ensure that operators can secure their data and machine settings effortlessly.
These features, collectively, create a frictionless operator journey – allowing even semi-skilled users to handle complex tasks effectively.
5. What Visitors Will Experience with Infinity F1 at IMTEX 2026
At IMTEX 2026, the Infinity F1 Machine will not be introduced through spec sheets or feature comparisons. Instead, it will be experienced through performance – visible, measurable, and immediately impactful. The focus at the exhibition will be on how intelligently engineered laser cutting machines that can transform everyday production realities on the shop floor.
One of the most noticeable outcomes visitors will witness is a significant increase in overall productivity. Live demonstrations will showcase faster job completion without rushing the process, where optimized cutting paths, smarter sequencing, and adaptive machine behavior work together to deliver more finished parts in the same production window. The Infinity F1’s intelligence will be evident in how smoothly it transitions between cuts, handles dense nestings, and maintains consistency even during extended cycles.
Another clear takeaway from the IMTEX showcase will be superior cut quality across varying geometries and thicknesses. Attendees will observe clean edges, uniform kerf quality, and stable results across complex profiles – all achieved without excessive operator intervention. The machine’s ability to maintain precision throughout long runs will underline how quality is no longer dependent on constant manual corrections but built into the system’s decision-making process.
Cycle time reduction will be one of the strongest performance indicators on display. Visitors will see how intelligent sequencing, reduced non-cutting movements, optimized piercing behavior, and smarter nesting logic collectively compress processing time. Jobs will be completed more fluidly, demonstrating how time savings accumulate across shifts, days and months of production.
A particularly impactful aspect for manufacturers will be the visible reduction in assist gas consumption. Through optimized piercing strategies, controlled energy application, and adaptive cutting behavior, the Infinity F1 will demonstrate how gas usage can be minimized without compromising cut quality. Over a production run, these savings translate directly into lower operational costs – a critical factor for high-volume fabrication units.
IMTEX visitors will also notice how the machine enables stable performance with reduced dependency on highly skilled operators. The Infinity F1’s intelligent controls, guided workflows, and automated decision layers will show how productivity and quality can be maintained consistently, even in demanding production environments. This makes the system particularly relevant for manufacturers facing workforce variability or rapid scaling requirements.
Rather than highlighting isolated upgrades, the Infinity F1 at IMTEX 2026 will present a complete picture of optimized manufacturing output – more parts produced, better quality achieved, faster turnaround times realized, and resources used more efficiently. The exhibition experience will clearly communicate one message: intelligent laser cutting is no longer about cutting faster alone, but about producing smarter at every step of the process.
6. Why the Industry Is Anticipating the Next Infinity F1
Infinity F1 2026 represents more than a technological upgrade – it introduces a smarter manufacturing ecosystem. Industries stand to benefit from reduced cycle times, greater material savings, enhanced operational insights, and the ability to deploy even semi-skilled operators without compromising production quality.
As global manufacturing shifts toward digital transformation, SLTL’s Infinity F1 Machine aligns perfectly with the needs of modern fabrication: speed, intelligence, automation, and uninterrupted productivity.
Conclusion: The Future of Smart Manufacturing Unfolds at IMTEX 2026
The Infinity F1 Machine has already established its reputation as one of the most advanced and user-friendly laser cutting systems in the industry. But with the upcoming IMTEX 2026 upgrades, SLTL is taking a giant leap forward. The new features from predictive analytics to multi-machine synchronization – reflect the company’s vision of building machines that not only perform tasks but understand them.
IMTEX 2026 will mark the debut of a new era in laser manufacturing intelligence. With the all-new Infinity F1 Machine, SLTL is once again redefining the standards of speed, precision, and automation.
Author Bio
Mayank Patel
R&D HeadMayank Patel is the Head of Research & Development at SLTL Group, bringing over 20+ years of hands-on experience in the field of laser technology. A forward-thinking innovator, he has played a pivotal role in developing advanced laser cutting, welding, and marking solutions tailored for diverse industries. Under his leadership, SLTL’s R&D division continues to push the boundaries of what laser systems can achieve in modern manufacturing.
