International
© Universal Robots A/S
17.09.2025

New Cobot for Complex Tasks in Confined Spaces

“Exhibitors announce”: The company mentioned in this article is an exhibitor at SCHWEISSEN & SCHNEIDEN 2025.

You will find the company at the fair in Hall 3, Stand 3C18.
SCHWEISSEN & SCHNEIDEN 2025 [EN]

Universal Robots (UR) is expanding its portfolio with the UR8 Long – a cobot with extended reach, developed for high-precision automation tasks in confined spaces. Making its European debut at SCHWEISSEN & SCHNEIDEN, the UR8 Long is designed for applications such as welding complex components or fast, precise bin picking. With optimised motion performance and smoother processes the UR8 Long is designed to deliver results in challenging environments.

Smooth Robotics, another UR partner, will also be presenting the UR8 Long at its stand. In addition, there will be an opportunity to see a special presentation of the UR8 Long at the Future Hub stage on Thursday, 18 September at 11:30 a.m. With the same 1,750 mm reach as the established UR20 and a slimmer profile, the UR8 Long combines long reach, stability and precision in a robust, compact and lightweight form with a payload of 8 kg. This makes it ideal for confined spaces and industrial tasks such as complex welding work, precise order picking or flexible multi-point inspections. 

Designed for welding  

With its features the UR8 Long is well-suited for welding. It runs on both PolyScope 5 and PolyScope X, UR's software platform. It can also be upgraded with MotionPlus, UR's new motion control technology. This enables easy integration with linear axes, rotary positioners and rotary tables for control, smoother motion paths and consistent accuracy. Combined with UR's improved Freedrive functions, users can manually guide the arm. The UR8 Long's lighter weight – 30 % less than the UR20 – and compact wrist design also make it suitable for mounting on gantries, rails or overhead systems.   

UR partner Lorch Schweißtechnik will demonstrate the UR8 Long at SCHWEISSEN & SCHNEIDEN at the Universal Robots booth in Hall 3 (Stand 3C18).

(Source: Universal Robots A/S)

Schlagworte

ACApplicationsAutomationCobotCuttingFuture HubPresentationProcessRobotRoboticsRobotsSCHWEISSEN & SCHNEIDENSoftwareTechnologyWelding

Verwandte Artikel

Vorstandsvorsitzender der Bosch Rexroth AG ab 1. März 2026: Dr. Jochen Peter
13.12.2025

Änderungen im Vorstand von Bosch Rexroth

Dr. Jochen Peter (50) tritt zum 1. Januar 2026 in den Vorstand der Bosch Rexroth AG in Lohr am Main ein und wird nach einer Einarbeitungsphase am 1. März 2026 Vorstandsvo...

Anlagentechnik Automation Management Maschinen Maschinenbau Steuerungstechnik Vorstand
Mehr erfahren
13.12.2025

Rührreibschweißen für die Herstellung von Batteriegehäusen

Für Nichteisenmetalle mit niedriger Schmelztemperatur und metallische Werkstoffe ist Rührreibschweißen – englisch Friction Stir Welding (FSW) – der optimale Prozess.

Automation Automobilindustrie Batteriegehäuse E-Mobilität Nahtfestigkeit Qualitätsanforderungen Roboter Rührreibschweißen Schweißen Schweißqualität
Mehr erfahren
Bulgarian Team, Katrin on far left
12.12.2025

Spotlight on the Next Generation of Welders: Katrin Eftimova

Meet Katrin Eftimova, who – along with her teammates from Bulgaria – participated in the Young Welding Competition at SCHWEISSEN & SCHNEIDEN in Essen, Germany. 

International Welding Competition IWC Skilled Workers Welder Welding Young Talent Young Welder
Read more
11.12.2025

Fokus auf die nächste Generation von Schweißern: Stephan Klatt

In diesem Interview lernen wir den Nachwuchsschweißer Stephan Klatt kennen und erfahren, wie er zum Schweißen gekommen ist.

Handwerk Interview Jugend schweißt Nachwuchs Schweißen SCHWEISSEN & SCHNEIDEN Schweißer
Mehr erfahren
11.12.2025

Redefining Vocational Skills Training for Welding

Skillveri builds multi-skill simulation platforms using eXtended reality (XR), virtual and mixed reality (VR & MR) technologies to offer gamified training modules for acq...

MR Skilled Workers Skills Training Vocational Training VR Welding
Read more