Author: Molly

Realtime RoboticsがiREX 2025にてResolverを日本市場デビュ

Posted on by Molly

iREX RTRブース (W4-61) でResolverの体験型デモを展示

BOSTON & TOKYO–（ビジネスワイヤ） — iREX 2025 — 産業用ロボットの自動動作計画、リアルタイム制御、最適化のトップランナーであるRealtime Roboticsは本日、iREX 2025でのResolver日本市場デビューをアナウンスしました。Resolverは同社のクラウドベースソリューションで、ロボットセルの設計、動作プログラミングとコミッショニング作業を効率化します。それにより、新製品・新機種の市場リリースサイクル（Time-to-market）を高速化し、ニーズ適合リスクやコスト負担を大幅に削減します。

それに加え、Resolverの新機能を初公開します。これによりエンドユーザーの業務フローがさらに効率化され、サポートするロボットモデル数も大きく拡大されます。Realtime RoboticsはブースW4-61にて、SIEMENS社 Process SimulateおよびVisual Componentsと統合された体験型デモを展示する予定です。

「製造業企業は、より少ないリソースで高い生産性を達成するプレッシャーに日々直面しています。それは、グローバル市場で勝ち抜くために、安定的かつ効率的なものづくりが不可欠だからです」
Realtime RoboticsのCEO、ピーター・ハワード氏は述べています。
「当社の独自ソリューションResolverは、従来よりもはるかに短いサイクルで新製品を市場へリリースすることを可能にします。このたび、日本の皆様にResolverを体験いただけることをとても楽しみにしております」

Realtime RoboticsのResolverは、ロボットワークセルの立上げにおけるあらゆるマニュアル作業を自動化することができます。今年前半の公式リリース以来、Resolverはサイクルタイム短縮とロボットセル立上げコストの削減に貢献してきました。しかしResolverの最も大きな貢献は、より複雑な課題を解決することにより工程設計そのものをポジティブに改善できることにあります。つまり、新しいロボットセルの立上げや新機種対応のためのアップデート、製品バリエーション対応など、様々なユースケースに適用できることです。Resolverを活用することで、製造プロセス全体におけるコストと効率の改善をご期待いただけます。

初公開されるResolver機能アップデート：

  • FANUCロボットの拡張サポート：ResolverでのFANUCロボットのサポートがこれまで以上に強化され、アプローチおよびリトリートパラメータに開始距離／終了距離（SD/ED）を適用可能になりました。また、関節制限のあるロボット向けにも、新しい特性モデルと操作性の向上が実装されました。
  • 動作制限の適用：ロボットのネイティブ制御の関節補間と外部関節補間の両方に動作制限を適用可能となりました。これまではネイティブ関節補間と外部関節補間の両方に動作制限が自動的に適用されていましたが、ツールではなくロボットのみに動作制限を適用できるようになり、手作業による修正作業が大幅に軽減されました。
  • ユーザーインターフェイスの強化：エンドユーザーのログイン方法が改善され、GoogleおよびMicrosoftのシングルサインオン（SSO）をサポートされました。また、フォルダ構造にも見直しが適用され、スタディの管理がより簡単になりました。
  • Visual Componentsの追加サポート：直線動作命令があらたにサポート追加され、作業中の開発環境を維持しつつResolverをさらに簡単に使用できるようになりました。

12月3日から6日まで東京ビッグサイトで開催されるiREX RTRブース（W4-61）で、体験型のロボットデモをぜひご覧ください。より詳しい情報は、こちらのリンクからもご確認いただけます。https://resolver.rtr.ai/blog/

Realtime Roboticsについて

Realtime Roboticsは、複数台の産業用ロボットセル向け非衝突動作計画、リアルタイム制御、最適化のソリューションを持つリーディングカンパニーです。ロボットの動作経路、インターロック、タスク配分やタスク順序を最適化し、製品設計やロボットセル立上げの劇的な効率化を実現します。

より詳しい情報はこちらからご覧ください。Website, YouTube, and follow us on X and LinkedIn.

 

Realtime Robotics to Debut Resolver for the Japanese Market at iREX 2025

Visit iREX Booth W4-61 to Experience the Interactive Resolver Demo and See the Latest Product Enhancements

BOSTON & TOKYO–iREX 2025—Realtime Robotics, the leader in automated collision-free motion planning, control, and optimization, today announced the official debut of Resolver in the Japanese market, the company’s cloud-based solution that dramatically accelerates an organization’s design, programming, and commissioning of robotic workcells, while decreasing its time-to-market.

In addition, the company premiered new features and enhancements for Resolver at iREX 2025, streamlining the end-user experience and expanding the number and type of robot models that Resolver supports. Realtime Robotics will be hosting a live, interactive demo of the solution and its integrations with Siemens Process Simulate and Visual Components in booth W4-61.

“There is a great deal of pressure on manufacturers to find a way to do more with less. They need to move faster, be more efficient, and more intelligent operationally in order to successfully compete on a global scale,” said Peter Howard, CEO of Realtime Robotics. “Our Resolver solution empowers manufacturers to quickly adapt and evolve their facilities and processes to keep pace with the speed of innovation, making changes and bringing products to market faster than ever before. We’re excited for the Japanese market to see what Resolver can do.”

Realtime Robotics’ Resolver automates the most time- and labor-intensive parts of robotic workcell design. Since its launch earlier this year, Resolver has helped manufacturers speed up cycle times while decreasing the cost of deployment. The true power of Resolver, however, lies in its ability to positively change the factory design experience by solving complex problems. It has been engineered to have the flexibility to be applied to a variety of use cases, including the initial design and ongoing redesign of new robotic workcells and manufacturing lines, as well as handling multiple variants. With Resolver, an organization’s overall costs are reduced while efficiency is improved.

The new features announced today for Resolver include:

  • Expanded Support for FANUC Robots – Support for FANUC robots has been enhanced in Resolver, including the ability to use start distance/end distance (SD/ED) for approach and retreat parameters. A new characterization model and improved usability for robots with joint limits has been added as well.
  • Applying Working Limits – Resolver now gives users the option of applying working limits to both native robot joints and external joints. Previously, the solution would automatically apply the working limits to both native and external joints; now, the user experience is improved by enabling working limits to be applied to just the robot – not the tool at the end of the robot – reducing manual touch ups.
  • Enhanced User Interface – Resolver has improved the log in experience for end users, and now supports single-sign-on (SSO) options from Google and Microsoft. There is also an improved folder structure, making it easier to organize studies.
  • Additional Visual Components Support – Resolver has added support for Linear Statement types in Visual Components, making it even easier to use Resolver without having to leave the development environment you’re working in.

To learn more and see the interactive Resolver demo, please visit iREX booth W4-61 throughout the event, which is taking place from December 3-6, 2025 in Tokyo.

For more information on these and other new additions to Resolver, please click here: https://resolver.rtr.ai/blog/.

About Realtime Robotics

Realtime Robotics is the leader in automated collision-free motion planning, control, and optimization for industrial robots. The company’s revolutionary technology dramatically accelerates the design and deployment of robotic workcells by solving for cycle-time optimized motions, interlocks, multi-robot coordination, real-time object detection and reaction, and robot task allocation. For more information, please visit our website, see our technology in action here, and follow us on X and LinkedIn.

Contacts

For More Information
Jeff Drew
Public Relations, Realtime Robotics
P: +1.617.233.5109
E: jeffreydrew@rtr.ai

Manufacturing Day 2025: Shaping the Future Through Innovation

Posted on by Molly

Manufacturing is the backbone of modern society; it powers everything from the cars we drive to the devices we rely on every day. Yet as industries evolve, the need for skilled workers who can innovate and operate advanced manufacturing systems has never been greater. On Manufacturing Day 2025, it’s time to celebrate these opportunities – and inspire the next generation to consider careers in this dynamic field.

Robotics and industrial automation are already transforming how products are made. Intelligent machines don’t replace human creativity; instead, they amplify it. By combining human ingenuity with advanced robotics, engineers and operators can design more efficient production lines, reduce errors, and bring new products to market faster than ever before. For students and early-career professionals, this means there are exciting paths to not only work with cutting-edge technology, but to also shape the future of manufacturing itself.

Western manufacturing is at a crossroads. There’s a growing need to rebuild local expertise and regain hands-on experience in building complex products. Careers in robotics and automation offer exactly that – an opportunity to work at the intersection of technology, design, and production. From programming collaborative robots to optimizing automated workflows, professionals in this space are solving real-world challenges every day.

The annual Manufacturing Day celebration reminds us that every role in this ecosystem matters. Whether you’re an engineer, a technician, or a problem solver exploring process improvements, the work you do contributes to innovation, efficiency, and resilience. And with the integration of robotics, these roles are more engaging, creative, and impactful than ever.

For students exploring career paths, now is the perfect time to consider the possibilities within manufacturing and automation. Manufacturing roles are opportunities to be part of the next generation of innovators who will design, build, and transform the products and systems that define our world.

Here at Realtime Robotics, we’re proud to support a manufacturing future where humans and robots collaborate seamlessly, and where careers are as dynamic and diverse as the technologies we develop. Here’s to the future!

Automatica 2025: Accelerating Robotic Automation

Posted on by Molly

We wrapped up an exciting week at Automatica 2025 in Munich, where the global robotics community came together to share, explore, and push the boundaries of industrial automation. It was an amazing show – and we were honored to be able to share our vision for the future of robotics with so many attendees. 

 

From our corner of the show floor we had the chance to connect with engineers, integrators, and manufacturers who are all tackling the same challenge: the use of robotics as it stands today simply takes too long, is too expensive to scale correctly, and is too difficult for many to accomplish successfully.

 

Our big news going into the show was the launch of two new integrations for Resolver, our cloud-based automation optimization engine, aimed at solving this very problem. Attendees got a first-hand look at how Resolver now works directly inside Visual Components and MELSOFT Gemini, giving users the ability to optimize robot motion, task allocation, and layout sequencing without ever leaving their preferred 3D simulation environments.

 

Seeing Is Believing

Throughout the week, we ran interactive demos showing how Resolver automatically generates optimized, collision-free robot paths and interlock signals, all in minutes. For many visitors, seeing these capabilities live brought home just how much time and manual effort we could save them. 

 

The feedback was clear: automation teams are eager for tools that enable more powerful simulation; tools that do more than model a problem, but actually deliver working, optimized solutions. The excitement at our booth was so palpable because Resolver’s decision engine bridges that gap between automation engineer and simulation tool. With our new integrations, we’re putting that power into more hands than ever.

 

Real Conversations, Real Challenges

We heard from companies large and small about the pressure they’re under to shorten deployment timelines, improve cycle times, and make better use of limited engineering resources. Resolver resonated with teams who are ready to move beyond trial-and-error programming and toward a more intelligent, precise approach to workcell design.

 

Couldn’t Make It to Munich?

A huge thanks to everyone who visited our booth, asked questions, and brought real-world challenges for us to explore. We left Automatica 2025 energized, inspired, and more committed than ever to helping teams get the most out of their robotics implementations – helping them work smarter, faster, and at a greater scale.

 

If you missed Automatica this year, don’t worry. We’d be happy to walk you through a personalized demo of Resolver from the home base in Boston. Just say the word.

 

Bringing Resolver to Even More Users: Announcing New Integrations with Visual Components and MELSOFT Gemini

Posted on by Molly

We’re excited to share some big news at Automatica 2025 this week: we’ve launched two new integrations for Resolver, our cloud-based industrial automation optimization engine. Starting today, users of Visual Components and Mitsubishi Electric’s MELSOFT Gemini can now harness the full power of Resolver directly within their preferred 3D simulation environments.

 

These new integrations make it even easier to bring speed, precision, and confidence to robotic workcell design, without changing tools or workflows. Whether you’re planning an entirely new production line or optimizing a single robotic workcell, Resolver’s decision engine makes it simple to achieve superhuman cycle times with fewer errors and dramatically shorter deployment timelines.

 

And if you happen to be attending Automatica 2025 in Munich (June 24-27), you’ll be able to see these integrations in action. We’ll be in Hall B6, Booth #301, showcasing a full interactive demo of Resolver, alongside live examples of the new simulation software integrations.

 

A Deeper Partnership

We’re especially proud to be deepening our partnership with Visual Components. Known for making it incredibly easy to go from concept to deployment, their platform is trusted by engineers worldwide for simulation, layout planning, and offline robot programming. Together, we’re making it possible to tackle even the most complex robotic automation issues, even faster than before.

 

Why This Matters

The idea behind Resolver has always been straightforward: automate the most tedious and time-consuming steps of robotic cell planning – path planning, task allocation, sequencing, and layout validation – so that engineers can spend less time troubleshooting and more time innovating.

 

Since our launch last month, we’ve already seen users dramatically accelerate their design cycles and begin to rethink just how robotics should be programmed. Now, with Visual Components and MELSOFT Gemini added to the mix, we’re making Resolver accessible to even more teams around the globe, regardless of what simulation tools they’re already using.

 

We’re looking forward to meeting you at Automatica 2025 and sharing how Resolver can accelerate your next robotics automation project. Come see us – and bring your toughest robotics and automation design challenges with you.

 

Thanks for Helping Us Close Out a Successful Robotics Tech Week!

Posted on by Molly

Last Thursday we had the pleasure of closing out a successful Robotics Tech Week 2025 by hosting an office tour, complete with a demo of our latest innovation – Resolver – a cloud-based optimization engine that automates the most time- and labor-intensive parts of robotic workcell design, including path planning, task allocation, sequencing, and layout validation.

 

We were thrilled to host members of the Boston area robotics community at the Realtime Robotics offices and to have the opportunity to both show them what we’ve been working on, and to hear about their robotics initiatives. 

 

It’s this strong sense of community—and the free sharing of knowledge—that helps make Boston the true hub for robotics innovation. We’re looking forward to seeing the event continue to grow as the community does in the coming years.

 

Check out some photos of last night’s event, shared here, and if you didn’t get a chance to come by, but would like to learn more about how Resolver’s industrial AI can help you design and deploy robotic workcells at superhuman speeds, drop us a line.