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7軸✕トルクセンサで実現する人とロボットの狭所・協働作業
【FRANKA PRODUCTION 3 特徴】
◆簡単ダイレクトティーチング
◆高い安全性
◆全軸にトルクセンサー搭載
協働ロボットは人と協力して作業することができ、生産性を向上、繰り返し作業などのを代替することができ、作業環境の改善にもつながります。
FRANKA EMIKAの協働ロボットは、簡単にプログラミングが可能で、専門知識がなくても様々な作業に対応させることができます。
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#協働ロボット #7軸 #コボット #産業ロボット #少量多品種 #繰り返し #AI #自動化 #省人化 #工場 #生産性向上 #IoT #スマートファクトリー #Franka #Emika #FrankaEmika #FRANKAEMIKA #海外
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ドキュメント名 | 【7軸協働ロボット】FRANKA PRODUCTION 3 <7軸すべてにトルクセンサー搭載> |
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ドキュメント種別 | 製品カタログ |
ファイルサイズ | 1.1Mb |
取り扱い企業 | 株式会社リョーサン (この企業の取り扱いカタログ一覧) |
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このカタログの内容
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FRANKA PRODUCTION 3
The industrial robotic platform.
In pursuit of high-performance and accessibility, and in light of the
requirements of most modern and rapidly changing production
environments, we have combined human-centered design with Payload
trustworthy German engineering and deep software competence, 3 kg
giving rise to a masterpiece of technology and user experience.
• Agile thanks to its 7 axes, with pose repeatability of +/- 0.1mm and
negligible path deviation even at high velocities.
• Within its workspace, it can reach and operate far-off (855 mm) as
well as very close to its own base, and the geometry of the 7 axes
allows for complex poses to reach difficult spaces.
• Ultra-sensitive to contact forces thanks to link-side torque sensors
in all 7 axes. Degrees of freedom
• Fast reaction to contacts and fine tuning of forces thanks to 1kHz 7
control.
• The Arm (18 kg) and the Control (7 kg) can be installed in less than
5 minutes.
• The system can be powered up by general-purpose power outlets.
• Intuitive App Workflow-based programming.
From our highly tuned, high volume series production in Bavaria,
Franka Production 3 reaches users worldwide, serving industry Torque sensors
sectors with cost-efficient applications that can be deployed within in all axes
minutes.
Max. reach
855 mm
Workspace efficiency
94.5 %
Safety functions
complies to ISO 10218 and 13849
Copyright © Franka Emika
Februray 2019
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DESIGNED TO BE INTUITIVELY EASY
Straightforward setup and operation
Convenient to lift and transport, Franka Production 3 has Intuitive usage
straightforward one-box delivery concept. The Arm and the
Control can be installed in less than 5 minutes. The system and interaction
can be powered up by general-purpose power outlets, and it
is plug-and-use: only one cable is needed to connect the Arm
and its 19’’ Control. No dedicated operator device is required:
any computer, laptop or tablet can be connected to the
robot and run the user friendly web-based interface. Having a
web-based interface also means there is no need to download
a bunch of additional and bulky software.
Plug-and-Use
from delivery to first usage in under 30 minutes
Powerfully intuitive interfaces turn everyone
into robot experts
We combine our groundbreaking technology with unprecedented
usability. With Desk – a visual, workflow-based programming
interface – no prior knowledge of programming is necessary to
turn process expertise into robotic automation. Apps represent
modular building blocks of processes such as grasping, plugging,
insertion and screwing which can be arranged quickly to create
App Workflows that tell the robot what to do to realize an entire A. Get the Apps you need, your pre-programmed
production process. Apps can be easily parametrized by entering building blocks.
commands conveniently and intuitively with the Pilot interface
on the robot arm, and robot poses are taught by means of smooth B. Arrange the Apps into a sequence to recreate the
hand-guiding. Such a modular paradigm enables workers to ad- intended App Workflow.
apt and reuse robot tasks to varying workpieces over multiple
robots, whereas the usable programming approach means that
no programming expertise is required, resulting in low training
and consulting costs.
Apps, your building blocks
easiest, most efficient workflow-based programming
Franka App Store
easy access to Apps
Effortless, smooth hand-guiding and interaction
Adjustable guiding modes compensate gravity and friction
to reduce the perceived weight up to a factor of 60, ensuring
smooth and elegant interaction between human and machine. C. Teach the robot by manual guidance and parameterize
And the Pilot interface is conveniently at hand on the robot arm, each App via dialog-based interaction.
allowing for remote control of the user interface.
Copyright © Franka Emika
Februray 2019
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HUMAN ARM-LIKE DEXTERITY
Sensitive manipulation and
force-enabled applications
Everyday life offers a plethora of instances where humans use the sense Compliant behavior
of touch to successfully explore surfaces and manipulate objects. precisely and reliably adapts to work
It is mainly thanks to the sense of touch that we can quickly zip up
our jackets in the morning, mindlessly interlocking the two teeny-tiny surfaces and environments
elements of our zip. A few minutes later, it is again thanks to the sense
of touch that we insert our key to start our car – without having to look
at the keyhole – as we frantically dash to the office. All day, every day, Adaptive assembly
we humans do these complex dexterous things without even thinking engineered with human-like skillset
about it.
Likewise, a robot that is able to measure contact forces at the interface Robust processes
between the object and its end effector – is empowered to recognize handle inconsistencies easily and use
edges and shapes, and can operate accordingly. Equipped with more
than a hundred sensors of various types, including in-house designed, force data for quality assurance
industry-leading torque sensors in all 7 axes, our robot is unique in its
ability to mimic these human-like, dexterity-based skillsets.
The best of both worlds
Franka Emika robots represent a breakthrough for a novel generation
of robotics, and help you push the frontiers of automation by means of
revolutionary, exclusive sense of touch-enabled dexterity.
Will you have to sacrifice position accuracy in the name of sensitive
manipulation? NO. With our technology, elegant combination of
industrial-grade revolutionary sensing and industrial-grade position
control can be achieved.
Our robots are agile thanks to their 7 axes, with pose repeatability of
+/- 0.1 mm and negligible path deviation even at high velocities. They
enable precise, robust and fast execution of production processes, even
in complex constrained environments, within their reach of 855 mm.
Copyright © Franka Emika
Februray 2019