NEWS 2023-Ⅰ
CONTENTSTOPICS- Introduction of New Products and New Functions[FA] [ROBOT] [ROBOMACHINE]- FANUC Factory Introduction [Mibu Mold Factory]- FANUC Robot M-10003A: Triple Award Winner[The Main Prize of the 2022 (65th) Nikkan Kogyo Shimbun Best Ten
New Products Awards][The Nikkei Business Daily Awards of the 2022 Nikkei Superior
Products and Services Awards][The GOOD DESIGN BEST 100 of the GOOD DESIGN AWARD 2022]- FG Conference (FANUC Global Conference)- Lecture for FANUC employees by Independent Director Naoko
Yamazaki- Introduction of the Relocation of Service Centers- New Employee Entrance Ceremony- Four Seasons of FANUC

Photo taken in February 2023

Introduction of New Products and New Functions■

Approaches to energy saving

FANUC has been taking three approaches dedicated to theenergy saving of machine tools.
The first approach is to reduce the energy consumption of the
CNC systems themselves, which means reducing the energy
consumption of the products offered by FANUC.
The second approach is to reduce the energy consumption of
the machine from the perspective of the machine as a single
entity. In general, machines are connected to various peripheraldevices in addition to CNC systems. The energy consumptionof peripheral devices is proportional to the operating time of
the machine. FANUC has been developing functions to shorten
the operating time of the machine itself in order to reduce
its energy consumption, which will lead to lesser energy
consumption of peripheral devices.
The third approach is to reduce the energy consumption in thewhole factory.
FANUC provides means to visualize the energy consumption ofeach machine to optimize processes throughout the factory.
In addition, as reducing machine operations for test machining
leads to energy saving, FANUC uses Digital Twin to evaluate
machining, which eliminates the need to use actual machines.

Three approaches to reducing the energy consumption of machine tools
Energy consumption of CNC systems- Reduction of CNC energy consumption- Reduction of servo system energy consumption- Reduction of laser system energy consumption

CNC systems

Energy consumption of the machine alone- Reduction of peripheral device operating timeby shortening the cycle time and warm-up time

Pumps, lights, others

Energy consumption in the whole factory- Visualization and optimization of the energy
consumption of the entire machining process- Digital Twin usage to reduce test machining
frequency, and use of actual machines

Machines and equipment Workpiecein the whole factory

Examples of underlying technologies
Optimization of cannedcycle operation

CNC GUIDE 2
Simulation

Energy saving CNC

Power
supplyLow-loss
power devices

Without AI Thermal Displacement
Compensation
With AI Thermal
Displacement

Motor
deceleration
Regenerated
energyPower source
regeneration

Energy consumptionof CNC systems

Shortening ofwarm-up time

Tolerance ofgood product

Energy consumption of
the machine alone

Machining
programoptimization

Machining
resultprediction

Machined surface(CNC Reflection Studio) estimation

CNCRS

Energy consumption in
the whole factory

FA New Function: Improved power consumption monitor
FANUC provides a power consumption monitor as a means to enable a CNC system to display its power consumption. Improvements
have been made so that the screen can be used to check not only the power consumption of the feed and main axes along withregenerative power data, but also the power consumption of peripheral devices. CO2 emission equivalence can also be calculated
and confirmed. In addition, the power
Instantaneous
consumption status for each machining
CO2
Integral power
power
Information
program can be checked on screen inon eachmachiningchronological order as well as the power CNC
controlled
programconsumption history, thus offering clues on axes
how to reduce power consumption.
Peripheral
TimelinegraphPower consumption data can be retrieved devices
by the PMC window or FOCAS2 functions toRegeneration Consumption
Consumption Regeneration
create original applications.
■Improved Smart Load Meter

FA New Function: Display of spindle motor characteristics graphs

The Smart Load Meter (bar-graph type) has been available
as a function to assist in continuous operation while
making maximum use of spindle performance.
This function can now display output and torquecharacteristics graphs so that the output area that is
driving the motor can easily be identified.
This simplifies the monitoring of loads during cutting,by displaying the present output and torque values
along with the machining program, available machining
time, motor temperature, and rotation speed. As such,machining can be performed with optimum spindle
performance. By referencing the data in the output andtorque characteristics graphs, machining conditions
for high-load cutting, such as rough machining, can be
improved to reduce the cycle time.

Outputcharacteristics
graph

Torquecharacteristics
graph

Short-time rated
output range
Present output
Continuous rated
output range
Details display

Available
machining time

Machining
program2

FANUC NEWSROBOT New Product: FANUC Robot SR-33A/U
FANUC has developed and started sales of the ceiling-mounted SCARA robot
SR-33A/U (3kg payload, 350 mm reach).
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This robot's greatest advantage is having a "no dead zone," meaningthat there is nowhere within the arm's reach which is inaccessible by
the arm's tip. As a ceiling-mounted robot has a work envelope directly
underneath, there is no need to consider floor space for installation.
The distance from the ceiling where the robot is mounted to the tip of
the arm can be as short as 440 mm when the robot is at the top of thevertical axis. Its low height allows the entire system to be compact.
The SR-3iA/U is optimal for transporting small parts between productionlines and for assembly in small spaces.
Another model has solenoid air valves built into the arm, which facilitates
the production of systems that use air-driven devices.
By specifying bellows that protect the vertical axis of the arm tip, and agasket for the arm cover, which are both options, the robot can conformto the waterproof and dustproof IP65 standard.

FANUC Robot SR-33A/U

SR-33A/U helps to enhance customers’ productivity through its compact bodyand agile movements.

Work envelope of SR-33A/U

ROBOT New Function: Easy force control of the collaborative robot CRX
FANUC has developed and started sales of a force control function for thecollaborative robot CRX that enables the robot to insert, and contour to polishworkpieces.
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The function is achieved using only the built-in sensors of the CRX
collaborative robot series without any external force sensors.
The force control function can be used for pushing, inserting, phasematching, screw tightening, contouring (polishing and deburring), surface
matching, centering by a lathe chuck, among others.
The easy-to-understand icon-based user interface, and manual guided
teaching function with which robots can be taught by directly moving therobot by hand, allows force control programs to be created easily.
Even during force control, robots stop safely just by coming into contact.
The force control function using built-in sensors can be used in all modelsof the CRX series (CRX-53A, CRX-103A, CRX-103A/L, CRX-203A/L, andCRX-253A).
For even more advanced force control, external force sensors can be
added to the CRX series.

Gear insertion using the force control function

With the introduction of the easy-to-use force control function to the CRX
series, FANUC has expanded the capabilities of collaborative robots, thus
enhancing productivity. FANUC is available for consultation when customers
consider using automation.

Easy teaching using force control icons

3

ROBOMACHINE New Product: ROBOSHOT α-S4503B
The ROBOSHOT α-S3B series, which is the latest series in FANUC’s electric injection molding machine lineup, has a new addition:
α-S4503B with a clamping force of 450 tons.
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To meet a wider range of needs for moldings, the variations ofavailable injection units has increased from two to four types;
large capacity, standard capacity, small capacity, and ultra small
capacity. Customers can choose the most suitable injection unit for
their molding requirements.
Like the previous model, the large capacity injection unit canhave a screw diameter of Φ100 which is the largest in its class.
Combined with the largest tie bar spacing in its class, demands forlarger molds in the food and automotive industries can be satisfied,such as for producing food containers and automobile parts.
The ultra small capacity injection unit can be equipped with ascrew diameter of Φ40, which is the minimum possible. It is the Maximum clamp tonnage [kN]
4500 (450tonf)
perfect choice for molding multiple small parts using a large mold
Mold height (min/max) [mm]1000 / 350
and for medical parts that require precise and superior molding
Tie bar spacing (w x h) [mm]920 × 920
repeatability.
The combination with the built-in large 21.5 inch display unit,
Injection specifications
Available screw diameter
PANEL 3H Pro, has enhanced ease-of-use. This display unit allows
Large capacity
Φ 68 – Φ 100
intuitive operation such as by swipe and multi-touch.

The expanded α-S3B series supports a wider range of applications, thus
enhancing molding plant productivity.

Standard capacityΦ 64 - Φ 80

Small capacity

Φ 44 – Φ 72

Ultra small capacityΦ 40 – Φ 56

ROBOMACHINE New Function: ROBOSHOT-LINK32 Maintenance Support Function
ROBOSHOT-LINK32, a quality information management system for molding plants, has an additional function to support maintenanceand inspection work for ROBOSHOT.
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Maintenance tasks and inspection dates can be scheduled on thecalendar screen of ROBOSHOT-LINK32. Items to be inspectedperiodically which are described in the ROBOSHOT maintenancemanual, are registered by default to facilitate online management of
periodic inspections.
Inspection dates will be notified in the form of alarms on the screenof a PC or tablet according to the registered information.
Procedures and items to be checked for inspection work can be
confirmed on a tablet. The ROBOSHOT maintenance manual can bereferenced as a work procedure manual. It is also possible to registercustomer-specific inspection items and work procedures, as well as
referencing them during inspection work.
Inspection results can be entered and recorded on a tablet.
Photographs of the inspected object can also be taken to record thedetails of inspections as images.

With the Maintenance Support Function, scheduling to the executionof inspection work can be managed online, contributing to the digitaltransformation of molding plants.

Scheduling of
inspection dates• Maintenance tasks
and inspection
dates are registeredon the calendar
screenConfirmation ofwork procedures• Work proceduresare displayed on atablet• Inspection results
are entered (photos
can also be saved)

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FANUC NEWSFANUC Factory Introduction
Mibu Mold Factory
FANUC’s mold factories (in Headquarters and Mibu) produce
resin moldings used in FANUC products. The Mibu Mold
Factory was completed in June 2016 and began productionin April 2017. Initially, the Factory produced resin moldings

Mibu Mold Factory

The Mibu Mold Factory can operate unmanned for long
periods, thanks to production management by ROBOSHOTLINK3, automated unloading by robots, combined work between
ROBOSHOTs and automated warehouses, and six large silos
with piping to feed resin to individual ROBOSHOTs. In addition,

ROBOSHOT system

Resin moldings produced at the Mibu Mold Factory areautomatically transported to an annexing product manufacturing
factory in the Mibu area. This proximity helps to expedite
deliveries and to facilitate emergency action if a problem occurs.

for products manufactured in Mibu. Presently, 39 injection
molding machines in the tonnage range from 50 to 550 tons are
installed to produce resin moldings for all factories, including the
Headquarters Factory and the Tsukuba Factory.

Products of the Mibu Mold Factory

information obtained from ROBOSHOT-LINK3 can be monitored
on employees' PCs in the office on another floor of the factory.
In case of trouble, information is transmitted instantaneously,
contributing to the reduction of downtime.

PC monitor screen

In addition, the factory has been making proactive efforts to gain
molding know-how and to improve quality in collaboration with
FANUC’s Research and Development Departments.

5

FANUC Robot M-10003A
Winner of the Main Prize of the 2022 (65th) Nikkan Kogyo Shimbun Best Ten New Products Awards
Winner of The Nikkei Business Daily Awards of the 2022 Nikkei Superior Products and Services Awards
Winner of the GOOD DESIGN BEST 100 of the GOOD DESIGN AWARD 2022
FANUC Robot M-10003A has won three awards; the Main Prize of the 2022 (65th) Nikkan Kogyo Shimbun Best Ten New ProductsAwards, the Nikkei Business Daily Awards of the 2022 Nikkei Superior Products and Services Awards, and the GOOD DESIGN BEST
100 of the GOOD DESIGN AWARD 2022.

Awarded product: FANUC Robot M-10003A

Triple award winner!

Winner of the Main Prize ofthe 2022 (65th) Nikkan

Kogyo Shimbun Best Ten
New Products Awards

The Best Ten New Products Awards is a
program with which Nikkan Kogyo Shimbun
selects and recognizes products that assist
in the development of manufacturing andhoning Japan's global competitive edge
from among the new products developed orcommercialized by participating companies
in that year.
The awards ceremony was held at Keidanren
Kaikan on Thursday, January 26, where
President and CEO Yamaguchi of FANUC
received a certificate and a plaque from
Nikkan Kogyo Shimbun President Imizu.

FANUC Robot M-10003A is a large robot with a wide motion range
which has a high payload capacity of 1,000 kg.
It has outstanding strength for transporting heavy objects weighing
1,000 kg across an expansive range, while being highly precisewith the capability of positioning objects with 0.1mm accuracy. The
weight of the arm has been thoroughly reduced to conserve energy
while still being able to handle large payloads. In addition, thedesign is attractive with a stylish appearance that harmonizes with
its strength.
FANUC Robot M-10003A is used in conventional fields such as
the transport of construction materials, castings, and other heavy
objects. In addition, it can transport large, heavy batteries forelectric vehicles, which are becoming increasingly popular, thus
automating manufacturing towards a carbon neutral society.

Winner of the Nikkei Business

Daily Awards of the 2022 Nikkei
Superior Products and Services
Awards sponsored by Nihon
Keizai Shimbun

The Nikkei Excellent Products andServices Awards are presented annually to
extraordinarily excellent new products andservices selected by Nihon Keizai Shimbun.
The awards ceremony was held at Hotel
Okura Tokyo on Wednesday, February 1,
where President and CEO Yamaguchi washonored with a certificate and a trophy.

Winner of the GOOD DESIGNBEST 100 of the GOOD DESIGNAWARD 2022 sponsored by
the Japan Institute of Design
Promotion

The GOOD DESIGN BEST 100 of the GOOD
DESIGN AWARD is a Japanese initiative
to evaluate and promote excellence indesign, and is a global design award withmany domestic and overseas companies/
organizations participating.
The "G" logo that is proof of being awarded
is well known as a symbol of excellent
design. On October 7, 2022, the winners of
the award were announced on the GOOD
DESIGN AWARD website.

6FG Conference (FANUC Global Conference)

FANUC NEWSFor three days from Monday, March 13 to Wednesday, March 15, the FG Conference (FANUC Global Conference) was held face-to-face
for the first time in four years. Employees representing FANUC Group companies from around the world assembled to discuss productdevelopment and sales strategies for the coming years. As COVID-19 infection has still not been suppressed, all possible measures, such as
carefully selecting and limiting the number of participants, and holding hybrid (online and physical) meetings were implemented, resulting
in a fruitful conference.
Heated discussions in the business fields of FA, ROBOT and ROBOMACHINE were held, focusing on what values to deliver in order tothoroughly support customers around the world who manufacture to meet the needs of the new era amidst an unstable global environment.

The main topics were as follows:FA)
Expanding Digital Twin functions that contribute to enhancing productivity and machining quality by visualizing
customers' manufacturing sites
ROBOT)
Further enhancing the capabilities and ease-of-use of FANUC robots, starting with the collaborative robot CRX series
ROBOMACHINE) Pursuing machining and molding capabilities that satisfy the needs in rapidly changing sectors, such as IT and EVs
All Products)
Enhancing energy-saving and robotizing functions that assist customers to achieve carbon neutrality

At the Conference, Top Sales Support Persons (TSSPs)
who engaged in global sales activities last year andprovided strong underlying support to the frontlineof sales were awarded. Although their efforts were
not reflected directly in the numbers for sales andbookings, the importance of the role that they
played was honored by this award. The Conference
participants praised their significant contribution to
the business.
On the final day of the FG Conference, the overseas
members who visited Headquarters for the firsttime in four years, were taken on a tour of theshowroom where the latest products and functions
are exhibited, as well as the Reliability Evaluation
Building, from which the high reliability of FANUC
products is derived. This tour further propelled
the sharing of information on FANUC's latest
technologies and unchanging vision.

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Lecture for FANUC employees by Independent Director Naoko Yamazaki
On Friday, February 17, Ms. Naoko Yamazaki, an independent director of FANUC and an astronaut, delivered a lecture for FANUC
employees in the FANUC Forum of Headquarters.
The topic was "Thoughts on team building in space." She shared her experiences as an astronaut to highlight the skills and mental
attitude required to maximize teamwork.
As the lecture was a valuable opportunity to listen to the experiences of an astronaut directly, it attracted a large audience totaling
approximately 300 employees, attending both in person and online, who absorbed themselves in her speech.
At the end of the lecture, photographs of the Japanese islands and Mount Fuji taken from space were displayed, leaving anindescribably profound impression.

Introduction of the Relocation of Service Centers
To offer services that meet customers' needs, FANUC relocated and expanded the Kokura Service Center in January 2023, and the
Mikawa Service Center in March 2023. These new technical support bases aim to make service speedier and satisfy customers
even more.

Kokura Service Center
Relocated to the north of the old Service Center, the Kokura Service Center canquickly dispatch support engineers and offer services to the northern part ofthe island of Kyushu and western Yamaguchi Prefecture, via the Kokura-Higashi
Interchange.

Mikawa Service Center
The former Service Center which was located in Anjo City, has been relocatedto Kariya City and can quickly dispatch support engineers and offer services
not only to the Mikawa region but also to Mie and Shizuoka Prefectures, via the
Toyota-Minami Interchange.

8New Employee Entrance Ceremony

FANUC NEWSOn Monday, April 3, a ceremony to welcome 232 new FANUC employees, consisting of fresh graduates, was held in the FANUC Forum at
Headquarters.
This year, new employees stationed outside Headquarters also assembled at the venue, making this ceremony the first in four years inwhich all new employees gathered face-to-face.
President and CEO Yamaguchi made a speech welcoming and encouraging the new employees, who with a new mindset, took their firststeps as members of society.

[Excerpt of President Yamaguchi 's speech]
To all our new employees, welcome aboard. I am truly happy you have joined FANUC.
FANUC supports factories around the world. While placing ultimate priority on the safety
and health of our employees, we strive to fulfill our responsibilities to supply products andservices to customers across the globe. Each and every one of us must act responsibly as amember of society and as a member of FANUC.
FANUC has been promoting business activities with a primary focus on factory automation,
and we are a global leader in this area. However, we do not simply aim to expand in scale;instead, we focus on the sustainability and resilience of our strong corporate structure.
The philosophy of FANUC is concentrated in the words “Strictness” and “Transparency.”
These words imply that strictness is the source of the sustainability and soundness of acompany, and opacity is the onset of organizational corruption and corporate decline.
Going forward, when you perform your jobs, please always continue to keep these twoconcepts in mind.
I believe that many of you joined FANUC because you wanted to, just as many of us did. We
want to keep the company strong and worthy of meeting your expectations.
For FANUC to keep its corporate structure strong for more than 40 years from now,
through the time of your retirement and beyond, it is important not only to focus on
corporate strategies, but also to pool the strengths of individual employees, including
yourselves.
I truly want FANUC to remain a company that continues to deliver indispensable value
around the world and to earn the trust of all stakeholders through continuous innovation infactory automation.
Last year, we celebrated our 50th anniversary. This year is the first year of the next 50
years. Over the mid to long term, the trend of factory automation will gain even more
momentum, creating more opportunities where FANUC will be needed. Our company has
made many contributions to the development of society through our business activities,
and we will continue to do so.

Four Seasons of FANUC
Even in this season, when plants shed their leaves andgo dormant, the chirping of many birds are heard in theforests of FANUC.
Migrating birds visit the forests in winter. In preparation
for the long journey north that they will make in spring,
the forests of FANUC generously offer a place for themto store energy.

Siberian long-tailed
rosefinch (female)

Dusky thrush

Rustic bunting
9

FANUC's History Series 8"FANUC 2000C"
This CNC for two-axis control was launched in 1975. It offered
many CNC-specific features, such as software computation forsmooth motor acceleration and deceleration, various fixed cycles,
tape storage (NC program memory), and stored pitch error
compensation.
FANUC 2000C was completely different from conventional NCs, andhad many problems such as reliability. Nevertheless, the FANUC C
series became the basis for later CNC development.

Oshino-mura, Minamitsuru-gun, Yamanashi
401-0597 Japanwww.fanuc.com
No part of this publication may be reproduced or duplicated without permission.
©FANUC CORPORATION July. 2023