Exhibitor products

Form Wash automates the print washing process for consistent, thorough, no-mess cleaning. Parts can be transferred directly from the printer to Form Wash and either rinsed directly on the build platform or removed and placed in the wash basket. Form Wash is designed for parts printed on the Form 3 and Form 3B, and can also be used for rinsing smaller parts printed on our large format 3D printers, Form 3L and Form 3BL. Compatible with Form 3, Form 3L, Form 3B, Form 3BL, and Form 2.

Discover the innovation of the Form Wash (2nd generation), which cleans your printed parts thoroughly and efficiently with IPA. Simply leave your printed parts either on the build platform or remove them from the print bed and place them in the wash basket. A precise impeller rinses the parts thoroughly with solvent, even in the smallest gaps, and automatically for the optimal duration. After the wash cycle is finished, the Form Wash automatically lifts your parts out of the IPA so they can air dry. Discover other outstanding features of the Form Wash: Adaptable platform mount: Easily switch between build platforms with adaptive platform mounts that can be adjusted to different heights and widths. Optimized cleaning mechanism: Enjoy a thorough and efficient cleaning of your parts thanks to a redesigned cleaning mechanism that moves the solvent three times more than before. Flexible solvent amount: Adjust the amount of solvent depending on the size and number of your parts to make the best use of resources. Compatible with various solvents: With the Form Wash (2nd generation) you can use different solvents to achieve optimal cleaning performance. While IPA is recommended for the best cleaning performance, the Form Wash (2nd Gen) is also compatible with alternative solvents such as TPM, allowing you to choose the cleaning agent that best suits your needs and preferences. Experience the ease and efficiency of automated cleaning with the Form Wash (2nd Gen) and optimize your post-processing process for 3D printed parts.

With the brand new Form Wash L from Formlabs, even large-format components from the Formlabs Form 3L or Formlabs Form 3BL 3D printer can now be cleaned easily and efficiently. Fully automated cleaning system Once the component has been printed, the component can be easily inserted into the Form Wash L using the construction platform. Finally, any excess resin that still adheres to the component is removed using the alcohol isopropanol. All you have to do is set the time for the wash cycle. This then runs automatically until the device lifts the component out of the isopropanol after approx. 15 minutes and allows it to air dry before it is transferred to the Form Cure L for further processing. With the reduced manual intervention on the Form Wash L, you save time, gain efficiency when reworking your parts and achieve top results.

The Formlabs Form Wash L (2nd Generation) optimizes post-processing of stereolithography prints by automating the washing process and using 1.5 times more movement than its predecessor. This results in clean, smooth, high-quality parts with no residue. Once the washing process is complete, the station automatically lifts the parts out of the solvent to allow air drying and prevent warping. Benefits at a glance: - Automatic post-processing: Optimal cleaning for SLA and MSLA prints - Versatile use: Parts can be cleaned on the build platform or in the basket - Preset programs: Customized wash settings for all Formlabs materials - Compatibility: Suitable for all Formlabs 3D printers and platforms The Form Wash L (2nd Generation) is the ideal solution for simple, reliable, and precise post-processing - for first-class results every time.

Manufacture high-precision parts in-house in less than 24 hours: The Formlabs Fuse 1+ 30W SLS 3D printer uses its 30-watt laser to print functional prototypes and industrial-quality end-use parts in record times. This noticeably increases throughput. Active powder handling and the optional nitrogen purge also ensure improved, more uniform part quality and increase the recycling rate of the powder used. The reduced material consumption also reduces unit costs. With the Formlabs Fuse 1+ 30W the materials Nylon 11, Nylon 12, Nylon 12 GF and Nylon 11 CF can be processed. Nylon 11 CF for example is ideal for parts that have to withstand very high loads.

SLS 3D Printing for Development and Manufacturing The ultimate entry point into industrial SLS 3D printing – featuring a powerful 30‑watt laser, faster print speeds, optimized powder handling, and an outstanding range of materials. Produce durable, fully functional parts in record time – without relying on external service providers. Whether for prototyping or small‑batch production, the Fuse 1+ 30W elevates your development and manufacturing to the next level. Build Volume 165 × 165 × 300 mm Layer Height 110 microns Materials PA12, PA12 Tough, PA12 White, PA12 GF, PA11, PA11 CF, TPU 90A Optional: Open Material Mode Technology SLS (Selective Laser Sintering) Ideal for: Functional prototyping High‑performance single parts Small‑batch production

Formlabs Fuse Blast Fully Automated Cleaning and Polishing The Fuse Blast is an advanced, automated solution for finishing SLS parts, removing powder in no time and delivering consistently professional parts with a noticeably clean surface. With the polishing function, you can achieve a smooth, semi‑gloss surface finish that is ready for painting.

Perfect surfaces with Formlabs Fuse Blast - SLS post-processing in record time Experience excellence in SLS post-processing with Formlabs Fuse Blast, a groundbreaking station for cleaning and polishing 3D printed parts. By seamlessly integrating into the Fuse Series ecosystem, this innovative post-processing station minimizes manual labor and reduces post-processing time in the Formlabs Fuse Sift by an impressive 80%. In just 30 minutes, the Fuse Blast transforms 3D printing into a professional end product that impresses with consistent results with flawless surfaces, even in the finest details. The significant reduction in common costs makes it not only inexpensive, but also an economically sensible investment for anyone looking for a reliable solution for cleaning and polishing in the same system. The end result: components with smooth surfaces and a semi-gloss finish, optimally prepared for the painting process.

The Formlabs Fuse Sift System ensures safe and efficient powder recovery for the Formlabs Fuse 1 and Formlabs Fuse 1+ 30W 3D printers. This machine not only supports users in powder recovery, but also in part removal, storage and mixing of the powder. In the field of selective laser sintering (SLS), no other machine offers a comparable level of performance.

The FR-D800 enables quick and easy setup with USB-C configuration – no additional cabling or power supply required. Its compact design and intelligent wiring features save installation time and reduce labor. The compact frequency inverter is compatible with motors from many manufacturers, offering complete flexibility. Energy-efficient operation and AI-driven maintenance features help reduce costs and prevent downtime.

- Radar level sensor - Contactless level measurement of liquids, even through a plastic cover - Opening angle 10° - Stainless steel housing - IO-Link interface - Analog and switching output

Frameless motors have only two main components - stator and rotor - in common with conventional motors. This is a decisive advantage when it comes to tailor-cut design and individual integration into customer-specific systems. Due to the direct integration into machines or device assemblies and the hollow shaft concept with cable, compressed air, vacuum, fiber optic and laser feedthroughs, frameless motors require very little space. At the same time, they are highly efficient and durable and run stably and reliably in quiet operation. The KOCO MOTION motors are characterized by an immediate peak torque of up to 2400 Nm, a maximum motor speed of up to 900 rpm and a high level of user-friendliness. The frameless motors are also highly precise. They are backlash-free during high-precision and high-speed operations and have an extremely high level of positioning accuracy. KOCO MOTION supports and advises on the optimal design and integration of the modularly configurable frameless motors into customer systems. Since the compact motors are used in a wide variety of industries, such as robotics, mechanical engineering, packaging technology, semiconductor manufacturing or medical technology, it is important to precisely adapt and select all the necessary motor components. This is the only way to really get the best out of the frameless motor.

i550 motec frequency inverter The i550 motec frequency inverter in the power range of 0.37 ... 45 kW for motor and wall mounting in protection class IP66 is the optimal decentralized drive solution. Fast mounting and easy commissioning thanks to user-friendly tools as well as connections for commercially available connectors are the focus of this inverter. Parameters, drive behavior and usability correspond to our proven frequency inverters. Rounded off by high energy efficiency, we thus offer a modern and sustainable drive solution. The requirements of the Ecodesign Directive, Standard EN 50598-2, are met. Application areas: Conveyor drives, traveling drives, winding drives, hoist drives, extruders, packaging machines, pumps, fans, ... Highlights - Compact solution for decentralized drive technology, wall-mounted or motor-mounted - High IP66 protection class for universal use even in harsh environments - Fast mounting due to pluggable, standardized connections (plug & play) - IO-Link master functionality for easy data exchange between IO-Link sensors and actuators - Regenerative feedback mode integrated for very high energy efficiency - no brake resistor required Technical data and features Technical data 0.37 ... 45 kW Connections 3 AC 230 V 3 AC 400 V 3 AC 480 V 2x digital input 2x digital input/digital output/IO-Link port Holding brake control Motor temperature monitoring USB C Communication EtherCAT EtherNet/IP IO-Link Modbus TCP PROFINET

Collars can be used to fi x components on solid shafts as well as for transmitting torque on hollow shafts. For fi xing components axially they are mainly used in applications where the shaft hub connection is not realized by locking devices, but by using keyways or splines. Shaft diameter: 3.7 – 120mm Torque range: 0.5– 6800Nm

We support leading industrial companies in their digital transformation and pave the way for intelligent automation solutions — by implementing structured data models, modular architectures, and user-centered software. From the learnings of this collaboration, a clear perspective emerges for us: the future lies in 𝗔𝘀𝘀𝗼𝗰𝗶𝗮𝘁𝗶𝘃𝗲 𝗔𝘂𝘁𝗼𝗺𝗮𝘁𝗶𝗼𝗻 — automation that understands relationships, supports decision-making, and can grow with the complexity of modern systems. Our talk is aimed in particular at OEMs and integrators. We present selected case studies, put our insights into context, and explain what concrete first steps toward the future of automation can look like.