Close Menu
2025-10-11 14:07:12

The Financial Benefits of Repair vs. Replace for Industrial Automation Components

The sound is clear. A high-pitched noise from the packaging line’s main servo drive cuts through the factory's hum. Production stops. Your maintenance supervisor is on the radio, and you have a financial choice to make. The first thing you need to do is get the line moving again. But the decision you face—repair the bad part or replace it completely—will change your budget for months, or even years. It’s easy to think a new, shiny part is the quick and good fix. But a smart plan to repair parts is often better for your money. A good decision means you look at more than the first price to understand the total cost for your business.

The Real Enemy: Quantifying the Crushing Cost of Downtime

What's the most expensive machine in your plant? It’s the one that isn’t working. Unplanned downtime is a big reason for lost money in manufacturing. The costs are very big. In the industry, unplanned downtime costs about $50 billion a year. The average factory loses about 800 hours of production each year because of equipment downtime. That’s over 15 hours a week.

For a normal business, just one hour of downtime can cost a huge $260,000. In a big industry like car manufacturing, that number can jump to over $1.3 million per hour. This is where the speed of repair saves a lot of money. A special repair of a servo motor or a PLC can often be done in days. Finding a replacement, especially for an older model, can take weeks. Every extra hour your line is stopped is another big loss. Also, the cost of downtime costs more money faster. A quick repair stops you from losing money before it gets too bad.

Beyond the Sticker Price: Unpacking the Total Cost of Ownership

To see the real cost of a new part, you need to think about the Total Cost of Ownership, or TCO. TCO includes the purchase price and every other cost that comes with a new piece of equipment over its whole life. When you add these costs, the money argument for replacement often does not look as good.

Let's look at the hidden costs. The cost of a new part doesn’t end when you pay for it. You have installation fees, and they can be big. You might have to do expensive upgrades for the whole system. There are also new software costs and possible changes to your building to think about. This is where the costs really add up. A new piece of automation equipment means you retrain your operators and maintenance team. Training costs money because they are not producing anything. Your team will also be slower as they get used to the new equipment. This loss of work directly costs you money. A simple repair avoids these extra costs. It’s a direct fix for the problem and does not make things confusing or cause unexpected expenses.

The 50 Percent Rule: A Common but Incomplete First Step

In maintenance shops everywhere, you’ll often hear about the “50 Percent Rule.” It’s a simple rule. If the cost to repair a part is more than half the cost of a new one, you should just replace it. For example, a three-year-old CNC machine part first cost $34,000. It needs a $2,000 repair. The choice seems clear. The repair is a small part of the replacement cost, so you fix it. This idea seems to make sense at first. The 50 Percent Rule gives a quick, easy answer. But there's a problem. It is missing some things. It does not look at the biggest costs in a factory, like downtime or training. It’s a good place to start, but it’s a bad place to end your math.

Your Hidden Assets: Veteran Equipment and In-House Expertise

It makes good financial sense to use what you already have. Your current equipment has a history. You know what it can do, its small problems, and how reliable it has been. Replacing a machine that works well with a new, untested model is risky. Repairing your current equipment uses something very important: your team’s knowledge. Your top maintenance person knows the exact sound a motor makes before a part breaks. When you change a machine you know for a new one, you make that knowledge less useful. A repair plan keeps that knowledge important and strong.

This is very important when you have old or no-longer-made parts. When manufacturers make new products, they stop supporting older ones. Finding a brand-new replacement for a 15-year-old HMI can be a very hard and long search. The downtime could be days, weeks, or even months. But a special repair service for old parts makes the problem a cost you can plan for. It makes your important systems last longer.

The Bigger Picture: Balance Sheets and a Greener Footprint

The money benefits of repair go past the maintenance budget. They show up in your company’s financial records and help the company do well. Look at your spare parts. Every part on a shelf is money that is just sitting there. The cost to keep those parts is large. A smart repair plan lets you have fewer extra parts on hand. This gives you money for other things to help your business grow.

There is also a good reason for the planet that also saves money. Electronic waste, or e-waste, is one of the fastest-growing types of trash in the world. In 2022, the world made 62 million tonnes of it. Thrown-away electronics can put bad materials like lead and mercury into the environment. Repairing a part is a great way to prevent waste. It’s a better choice for the environment. This is something that is more and more important to customers and investors.

When Replacing Is the Smarter Financial Move

But repair isn’t always the answer. A good financial review means you know when to stop spending money and buy new technology. Replacement is often the right choice in a few situations.

  • A Big Jump in Performance: Sometimes, new technology is so much better that it is a good idea to buy it. For example, modern Variable Frequency Drives (VFDs) can use 15-40% less energy than older ones. Over time, those energy savings can be more than the first cost.
  • Constant Problems: If a certain machine breaks down all the time, you are just wasting money on repairs. The total cost of the downtime will soon be more than the TCO of a new, better machine.
  • New Work Needs: If you get a new job that needs more production or better quality than your current equipment can provide, replacement is something you have to do. It’s an investment in your company's growth.

A Strategic Shift in Thinking About Industrial Materials

The next time a key part breaks, the choice you have is more than just a repair job. It’s a chance. It’s a chance to stop making decisions based only on price and to think about the money in a smarter way. Looking at the Total Cost of Ownership, the huge cost of downtime, and the value of what you already have makes the answer clear. Buying new can be good sometimes. But a smart repair plan is often the best way to have a strong business. It’s a choice that saves money, lowers risk, and makes your business stronger for the future.

Keep your system in play!

Select
ABB
Accutrac
Acopian
AC Tech
Action Instruments
Adam
Adaptec
Advance
Advanced Input Devices
Advanced Micro Controls
AEG
AIS
Alcatel
Allen-Bradley
Allied Telesis
3M
Alstom
AMCI
Antex Electronics
Apparatebau Hundsbach
Array Electronic
Asea
ASTEC
Automation Direct
Aydin Controls
B&R
Balluff
Banner Engineering
Barco Sedo
Bartec
BECK
Beier
Beijer Electronics
Bently Nevada
Berthel
Bestobell Mobrey
Bierrebi
Biviator
Black Box
Block
Bofors Electronik
Bosch
Braun
Bürkert
BURLE
Canary
Carroll Touch
CEAG
3COM
Comat
Conrac
Controlon
Cooper Bussmann
Cooper Crouse-Hinds
Copes Vulcan
Crompton
Crouzet
Control Techniques
CTI-Control Technology Inc
Custom Servo Motors
Cutler-Hammer
Danfoss
Daniel Woodhead
DEC - Digital Equipment Corp
Delta Computer Systems
Delta Electronics
Devol
DGD Gardner Denver
DIA Electronic
DIGI
Digital
Digitronics
Durag
Dynapar
EATON
EBELT
Eberle
Echelon
E. Dold & Söhne - DOLD
EES Elelkra Elektronik
EIL
eka Technik
Elecktro-Automatik
Electronics Development Corp – EDC
Eletec Elektronic
Elliot Automation
Elographics
Emerson
e-motion
Endress Hauser
Entrelec Schiele
EPIC Data
ERMA
ERO Electronic
EtherCom
ESD
ESS Störcontroller
ETSI - Electronic Technology Systems
Eurotherm
Fanuc
Farnell
FEAS
Festo
Finder Varitec
Fischer Porter
Forney Engineering
FOTEK
Fuji Electric
Galil Motion Control
General Electric
Gildemeister
Gordos
Grapha Electronic
Grayhill
Grenzebach Electronics
Harting
Hawa
Hedin Tex
HEIDENHAIN
Helmholz
Herren Electronics
Hex Valve – Richards
HIMA
Hirschmann
Hitachi
Hitex
HK Systems
Honeywell
Horner - FACTS
Hüller Hille
iba
IBHsoftec
IBM
idec
IDS
IFM Electronic
INAT
INIVEN
Intel
Invensys
IPF Electronic
IRT SA
ISSC
ITT North Power Systems
Jameco ReliaPro
JAQUET
Jetter AG
JH Technology
Kent
Kent Industrial
KEPCO
Kettner
Kieback & Peter
Kingston Technology
Klockner Moeller
Kniel
Köster Systemtechnik
Koyo
Krauss Maffei
Kuhnke
Lambda
Landis Gyr
Lauer
L&N - Leeds & Northrup
Lenze
Leukhardt Systems
LG GoldSec
Liebherr
Littlefuse
Lumberg
Lutze
Magnecraft
Mannesmann
Matric Ltd
Matsushita
MDB Systems
Mean Well
Measurement Systems
Measurex
MEDAR
Micro Innovation AG
Micron Control Transformers
Mitsubishi
Molex
Moog
MSC Tuttlingen
MTL Insturments Group
MTS
Murr Elektronik
Myers Power Products
NAIS
Nandi Powertronics
NEC
Netstal
Neumann
Niobrara R&D
Nobel Elektronik
Omega Engineering
Omron
Opto 22
Orbitran Systems
PANALARM
Penril Datability Networks
Pepperl + Fuchs
Pester
Philips
Phoenix Contact
Pilz
Plasma
Plüth Energietechnik
Potter & Brumfield
Ramsey Engineering
Red Lion
Reis Robotics
Reliance Electric
Rexroth
Rinck Electronic
RIS - Rochester
RMP
Robust Data Comm
Ronan
RWT
SAE Elektronik
SAIA
SATT Control
Sauter
Schad SinTec
Schaffner
Shawmut - Gould/Ferraz
Schiele
Schildknecht
Schiller Electric
Schleicher
Schleuniger AG
Schlicht + Küchenmeister
Schlumberger
Schneider Electric
Schrack Technik
SCM PC-Card
Selectron
Sensycon
SEW
Sigma Information Systems
Sixnet
SOHARD
Sorcus
Spectrum Controls
Sprecher + Schuh
SPS Technologies
Square D
Stahl
Standard Microsystems
STI - Scientific Technologies, Inc.
Stromberg
Struthers-Dunn
SUTRON Electronic
SYNATEC Electronic
Syslogic
SysMik
Taylor
Tecnint HTE
Telemecanique
Tillquest
Timonta
Toshiba
Transition Networks
TR Electronic
Uhlmann
Unicomp
UniOP
United Sciences
VAHLE
Van Dorn
Vibro-Meter
VIPA
Visolux
Wachendorff Advantech
Wago
Walcher
Weber
Weidmuller
Wenglor
Westronics
Wieland
Wöhrle
Wolf
Woodward
Würth Elektronik
Yokogawa
Zebra Technologies
Ziehl-Abegg
Zollner
Xycom
Epro
bachmann
Saftronics
Siemens
KEB
Opti Mate
Arista
Sanki
Daiei Kogyosha
Brooks CTI-Cryogenics
MKS
Matrix
Motortronics
Metso Auttomation
ProSoft
Nikki Denso
K-TEK
Motorola VME
Force Computers Inc
Berger Lahr
ICS Triplex
Sharp PLC
YASKAWA
SCA Schucker
Grossenbacher
Hach
Meltal
Bremer
Molex Woodhead
Alfa Laval
Siemens Robicon
Perkins
Proface
Supcon
Carlo Gavazzi
DEA
SST
Hollysys
SOLIDSTATE CONTROLS
ETEK
OPTEK
KUKA
WHEDCO
indramat
Miscellaneous Manufacturers
TEKTRONIX
Rorze
DEIF
SIPOS
TICS TRIPLEX
SHINKAWA
ANYBUS
HVA
GERMAN POWER
KONTRON
ENTEK
TEL
SYSTEM
KOLLMORGEN
LAZER
PRECISION DIGITAL
LUBRIQUIPINC
NOKIA
SIEI-Gefran
MSA AUER MUT
KEBA
ANRITSU
DALSA
Load Sharer
SICK
Brad
SCHENCK
STAIGER MOHILO
ENTERASYS
USB-LG
TRS
BIOQUELL
SCHMERSAL
CORECO
KEYENCE
BIZERBA
BAUERBAUER
CONTROL
PACIFIC SCIENTIFIC
APPLIED MATERIALS
NMB
NI
Weishaupt
Weinview
CISCO
PARKER
Lenovo
KONECRANES
TURBUL
HMS
HOFFMAN
HUTTINGER
TDK-Lambda
RESOLVER
Knick
ATLAS
GAMX
TDK
CAMERON
NSK
Tamagawa
GIDDINGS & LEWIS
BENDER
SABO
WOODHEAD
FRICK YORK
SHENLER
BALDOR
Lam Research
NTN BEARING
ETA
WEST INSTRUMENTS
TDK-Lambda
SMC
Fireye
DAHUA
TESCH
ACROSSER
FLUKE
Sanyo Denki
Bruel & Kjaer
EPSON
HIOKI
Mettler Toledo
RAYTEK
EPCOS
DFI
SEMIKRON
Huawei
INDUSTRONIC
ASI-HVE
BARTEC POLARIS
AMAT
GD Bologna
Precise Automation
RADISYS
ZEISS 
Reveal Imaging
Saiernico
ASEM
ASEM
Advantech
ANSALDO
ELpro
MARCONI
EBMPAPST
ROTORK
KONGSBERG
SOCAPEL
TAIYO
SUN
York
KURODA
ADLINK
Notifier
HBM
Infineon
LNIC
Saipwell
JIANGYIN ZHONGHE
W.E.ST. Elektronik
EXPO
DEEP SEA ELECTRONICS
BECKHOFF
BOMBARDIER TRANSPORTATION
Drager
ZENTRO ELEKTRONIK
ATOS
TRSystemtechnik
JDS Uniphase
ADEPT
REO
Get Parts Quote
Newsroom

Related articles Browse All