Formnext 2026 takes place at Messe Frankfurt, Germany, from 17–20 November. This guide brings together featured exhibitors covering industrial polymer and metal 3D printing, filament recycling, quality management, design automation and post-processing.
Use the table to identify relevant technologies and stand locations, then explore each company’s plans below. The accompanying visitor questions focus on the evidence, integration requirements, and operating costs worth discussing before adopting a system or workflow.
Plan your visit to Formnext 2026 with 3D Printing Industry’s guide to product launches, live demonstrations and additive manufacturing technologies in Frankfurt. Explore industrial 3D printers, materials, software, recycling and post-processing systems, with stand locations and practical questions to help you make the most of your time at the show.
Formnext 2026 exhibitors: highlights, technologies and stand locations
Compare the featured exhibitors by technology, application and planned demonstration. Follow each company link for product details, meeting bookings and where to find its team.
| Company | Technology or product category | What visitors can see | Relevant application or visitor interest | Hall and stand |
|---|---|---|---|---|
| 3devo | Recycling and filament production | Filament Maker X10 processing PA12 waste powder; a recycling and filament production line | In-house filament production and materials R&D | 12.1, B139 |
| amsight | AM quality management software | Software connecting manufacturing and inspection data at part level | Traceability, quality reporting and process analysis | 12.1, E81 |
| DyeMansion | Polymer part post-processing | Powershot Go launch and first live presentation | Cleaning and surfacing of polymer powder bed parts | 12.1, C32 |
| EOS | Industrial polymer and metal AM | Polymer production platform unveiling; metal applications and an Innovation Zone | High-mix polymer production and industrial metal applications | 12.0, D71 |
| Raise3D | Fused filament fabrication, selective laser sintering, digital light processing and post-processing | T Series, RMS220 SLS solution and B520 automated sandblaster | Large functional parts, batch production and part cleaning | 12.1, D21 |
| trinckle | Design automation software | Additive App Suite for production tools and manufacturing aids | Repeatable design workflows for recurring applications | 12.1, C101 |
3devo: PA12 waste powder to filament
- Hall and stand: Hall 12.1, B139.
- What to see: A planned live demonstration of the Filament Maker X10 converting waste PA12 powder from Multi Jet Fusion (MJF) printers into filament.
- Relevant for: Teams evaluating in-house filament production, recycling and materials development.
The practical question is what happens between accepting a waste stream and producing filament that meets a defined printing requirement. Bring details of your waste stream and expected annual volume.
Ask at the stand: What conditioning, quality checks and labour are required, and what is the full cost per kilogram of usable filament at our expected production volume?
More information on 3devo at Formnext 2026
At Formnext 2026, 3devo will show the world what it looks like to become your own filament supplier. It starts with PA12 waste powder from MJF printers: a Filament Maker X10 taking it directly from the barrel to filament, live and all day. It’s the FMX10’s first official live showcase, backed by more than 2,000 kg of that same powder processed in-house so far.
But it doesn’t stop at powder. The whole booth runs as a working recycling and filament production line, from plastic waste to finished filament, showing visitors how in-house production can turn waste into material their printers actually use. And because watching a machine isn’t a business case, they can run their own numbers on 3devo’s ROI calculator right on the booth.
For R&D teams developing their own materials, the compact Filament Maker TWO completes the line-up. A limited stock of Filament Maker ONE systems will be available at a 20% outlet discount during the show.
More details about 3devo’s booth this year
amsight: connecting quality data to individual parts
- Hall and stand: Hall 12.1, E81.
- What to see: Quality management software intended to connect powder, machine, process, post-processing and inspection records.
- Relevant for: Manufacturers managing traceability, customer reporting and production investigations.
For teams evaluating the software, a useful starting point is a real part history: which records can be collected automatically, which require manual input, and how the evidence is retrieved.
Ask at the stand: Which of our machines and inspection systems have working integrations, and how are missing data, record revisions and the origin of each measurement handled?
More information on amsight at Formnext 2026
For AM teams under pressure to prove quality, satisfy increasingly demanding customer reporting requirements, and scale production without scaling manual quality effort, amsight should be high on the Formnext visit list. If audit readiness still depends on spreadsheets, part histories have to be reconstructed manually, or root-cause investigations take hours because quality data sits in different systems, the problem in no longer documentation, it’s production scalability.
At Formnext 2026, amsight will show how additive manufacturing companies can move from fragmented quality data to a connected digital quality backbone for certified production AM.
amsight’s message is sharply focused. AM is not short of data, it is short of usable evidence. The company’s quality management software automatically collects and connects powder, process, machine, post-processing, and inspection data at part level, helping manufacturers support traceability, audit-ready documentation, SPC, root-cause analysis, and process stability.
For manufacturers serious about quality, certification readiness, and reducing manual evidence assembly, amsight is a stand to seek out at Formnext 2026 (hall 12.1 E81).
Book a meeting with amsight here.
DyeMansion: Powershot Go cleaning and surfacing
- Hall and stand: Hall 12.1, C32.
- What to see: The planned launch and first live presentation of the Powershot Go for PolyShot Cleaning & Surfacing.
- Relevant for: Teams considering compact post-processing equipment for polymer powder bed parts.
Assess the finishing stage against the output of your printer and the geometry of your parts. Processing capacity, handling time and acceptable surface finish should be considered together.
Ask at the stand: For our material and part geometry, what batch capacity, cycle time and operator input are needed to achieve a specified cleanliness and surface finish?
More information on DyeMansion at Formnext 2026
DyeMansion will officially launch the Powershot Go at Formnext 2026, presenting the compact industrial system live for the first time. Under the show motto “One Finishing-Step ahead – setting standards in post-processing since 2015”, the company will demonstrate its approach to bringing industrial post-processing to smaller production environments.
Developed together with HP as the post-processing companion to the new HP Multi Jet Fusion 1200 3D Printer Solution, the Powershot Go provides PolyShot Cleaning & Surfacing. The system is also compatible with parts produced using selective laser sintering (SLS), selective absorption fusion (SAF) and high-speed sintering (HSS). Priced below USD 17,000 / EUR 14,000, it will be available from Formnext.
Visitors can see the Powershot Go and discuss their post-processing requirements with the DyeMansion team in Hall 12.1, Booth C32. Further product details will be released on November 13.
Beyond its booth, DyeMansion will participate as an exhibitor and sponsor at the Defence Summit on Tuesday, November 17. On Wednesday, November 18, the company will join Something Added and HP for a panel discussion on the Technology Stage in Hall 12.1, from 14:30 to 15:00.
Explore the Powershot Go or visit DyeMansion’s Formnext exhibitor profile for more information.
EOS: a polymer production platform unveiling and metal AM applications
- Hall and stand: Hall 12.0, D71.
- What to see: A polymer production platform unveiling scheduled for 17 November at 11 a.m., alongside metal applications and an Innovation Zone.
- Relevant for: Manufacturers assessing high-mix polymer production and industrial metal AM.
Visitors considering the polymer platform should examine how its proposed productivity translates into a complete production cycle, including changes of material, part handling and quality checks.
Ask at the stand: What measured part-property consistency and total production-cycle data support the platform’s high-mix production claims, including changeovers and post-processing?
More information on EOS at Formnext 2026
At Formnext 2026, EOS will showcase the latest developments across its polymer and metal industrial 3D printing portfolio, with new technology, production applications, and a look at what’s next for additive manufacturing.
A major highlight will come on Tuesday, November 17 at 11 a.m., when EOS unveils a new polymer production platform built for the realities of high-mix production. Designed to help manufacturers achieve first-time-right quality, increase throughput, and reduce operational effort, the new platform brings greater transparency and control to the production environment.
On the metal side, visitors can explore applications already in production across space, aerospace and medical, along with the EOS metal system portfolio. The Innovation Zone will offer a look at future EOS metal technologies and developments that could help shape what comes next in additive manufacturing.
Throughout the booth, EOS will also highlight advancements across systems, materials, processes and software for both metal and polymer production, alongside customer applications and real-world examples of industrial 3D printing in use today.
Visitors can also book an AM Expert Talk for a deeper technical discussion with EOS specialists. Topics range from polymer materials, processes and production scaling to metal materials and innovations, sustainability, software, factory integration, powder-bed monitoring, and data preparation. Learn more about the EOS polymer system unveiling and what to expect while at the show: EOS @ FORMNEXT 2026.
Raise3D: large-format FFF, SLS and automated post-processing
- Hall and stand: Hall 12.1, D21.
- What to see: Planned European launches of the T450 and T700, the RMS220 selective laser sintering (SLS) solution and the B520 automated sandblaster, alongside fused filament fabrication (FFF) and digital light processing (DLP) workflows.
- Relevant for: Manufacturers assessing larger parts, batch productivity and cleaning operations.
Match the proposed workflow to a representative part or batch. Printing, cooling, unpacking and cleaning all contribute to the interval between submitting a job and delivering usable parts.
Ask at the stand: For our representative parts, what are the measured end-to-end lead time, operator hours and cost per accepted part, including post-processing?
More information on Raise3D at Formnext 2026
Looking to produce larger parts, increase productivity or spend less time on post-processing? Visit Raise3D in Hall 12.1, Booth D21, to explore fast, reliable FFF, SLS and DLP printing alongside automated post-processing. Bring your production challenges and discuss materials, applications, and workflows with the team.
Launching in Europe at Formnext, the new T Series brings large-format FFF printing to manufacturers looking to make bigger parts with fewer assembly steps. The T450 and T700 combine high-speed printing, actively heated chambers and engineering-material capability, while intelligent monitoring supports reliable operation during large builds
The RMS220 SLS solution’s increased build height creates more room for parts in each job, helping manufacturers improve productivity, make better use of their equipment and reduce cost per part. Existing users can access the additional capacity through a software upgrade, without hardware modifications.
The B520 automated sandblaster extends that productivity into post-processing. Designed to reduce manual cleaning and improve repeatability, its interchangeable basket simplifies the movement of parts between blasting, transport and storage.
Visitors can also hear practical insights at two Technology Stage presentations:
- 17 November, 14:15 – “Rethinking Large-Format FFF: Industrial Performance Made Accessible with Raise3D T Series Printer”
- 18 November, 14:15 – “Print Overnight, Deliver Next Day. How to Cut Costs and Lead Times with Raise3D RMS220 SLS 3D Printing.”
From larger functional parts to more efficient batch production, visit Raise3D to find out what these developments could mean for your next application.
trinckle: design automation for production tools
- Hall and stand: Hall 12.1, C101, according to the supplied copy; confirmation pending.
- What to see: Additive App Suite workflows for applications including clamping jaws, robotic fingers and logistics trays.
- Relevant for: Engineers and production teams creating recurring tooling and manufacturing aids.
Test a guided workflow against an application with known loads, tolerances and material requirements. The key assessment is how the generated design is checked before use.
Ask at the stand: Which design and material constraints are built into the selected app, and what engineering validation remains the user’s responsibility?
More information on trinckle at Formnext 2026
Berlin-based software developer trinckle will present its Additive App Suite, a commercially available collection of design automation apps built specifically for additive manufacturing. The platform lets engineers and production teams create complex, print-ready designs in minutes, without advanced CAD skills.
The suite includes more than 13 apps. For manufacturing and production teams, there are Shadow Boards, Robotic Fingers, Clamping Jaws, Logistics Trays, Stabilizers, and Protective Plugs. For design work, there are Photo-to-Outline, Part Modifier, and Freeform Labels. Newer additions include Drill Guides, Masking, and Thermoforming tools. Each app runs a guided workflow based on real industrial processes, so users start from proven design logic instead of a blank screen. Design-for-additive-manufacturing (DfAM) principles are built into the output, which means fewer rounds of rework.
The payoff is shorter design cycles, lower design costs, and better use of printer time. Users upload an existing part or build one from drag-and-drop primitives, adjust the parameters, and download print-ready STL or 3MF files. trinckle’s approach reflects a broader shift toward intelligent design automation, helping organizations scale additive manufacturing through smarter, application-driven workflows. Visit trinckle in Hall 12.1 at booth C101, or book a meeting with the team before the show.
Want to meet 3D Printing Industry at Formnext 2026 – get in touch here.
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