Battery CR2025 vs CR2032: A Complete Guide. 2025 battery cvs

Battery CR2025 vs CR2032: A Complete Guide

Isn’t it frustrating when you insert a button cell battery into a gadget only to get an error message? Don’t worry. You aren’t alone. Since several battery types look similar, most people can’t tell them apart. It’s also challenging to remember the battery names. Battery CR2025 vs. CR2032—they’re long, and they’re confusing. There’s also a clear scarcity of information on 3V button cells, which doesn’t help at all.

battery, cr2025, cr2032, complete, guide

Want to become an expert on button cells? Take this journey with us as we explore the differences and similarities between CR2025 vs. CR2032 types of batteries and whether you can use them interchangeably.

What Is a CR2025 Battery?

A CR2025 battery is a generic designation for a non-rechargeable (primary) lithium coin battery. It’s got a cutoff voltage of 3 Volts.

The CR2025 coin battery model has a battery storage life of 10 years.

These popular CR2025 batteries have a very low self-discharge, making them the most preferred alternatives for traditional batteries.

What Is a CR2032 Battery?

The lithium coin CR2032 battery is the most common type of battery in use across various devices. It is a 240 mAh non-rechargeable battery with a cut-off voltage of 3 Volts.

The chemical composition of the coin battery model includes quality materials such as lithium, manganese, graphite, and cobalt.

With the lithium coin CR2032 battery, you get a battery storage life of 10 years.

CR2025 vs CR2032: The Uses

BIOS battery chips close-up

Application of CR2025 vs CR2032

The wide range of real-life applications of these batteries include:

  • Wristwatches
  • calculators
  • Hearing aids
  • Fitness appliances
  • Temp sensor
  • Laser pens
  • Medical devices

CR2025 vs CR2032: The Similarities

  • They both have a cutoff voltage of 3 Volts.
  • The batteries have identical diameter sizes—both are 20 mm in diameter.
  • Both types of lithium-ion batteries have a similar operating range of temperatures-30 degrees to 60 degrees Celsius.
  • Both the 3V batteries have a similar chemical substance-Lithium.
  • These batteries also power the same variety of devices.
  • Their shelf-life is also identical when stored under the same conditions.
  • They have the same long-term discharge characteristics of approx. 1% self-discharging rate

CR2025 vs CR2032: The Differences

Let’s take a look at the difference between CR2025 vs. CR2032.

Differences in Dimensions/Battery Size

CR2032 has a thicker (3.2 mm) battery size than CR2025 (2.5 mm).

Most devices will accommodate both the batteries, but the CR2032 will sit more snugly in the battery compartment.

Battery CR2025 vs CR2032– Differences in Capacity

The CR2032 button battery has a better storage reserve capacity (235 mAh) than the CR2025 (170 mAh).

Your CR2025 will last you a shorter duration than the CR2032. The CR2025 will last for about 2-3 months under heavy load. In comparison, the CR2032 has a battery life of 3-4 months. However, for normal load usage, both the batteries have a storage time of 10 years.

A higher mAh capacity adds to the shelf-life and battery life as well.

Note that not every lithium coin cell battery will drain the same in different electronic devices. This factor will depend on the active device, dynamic loads, material quality applied to the lithium cells in the battery.

While a Lithium battery has a high initial discharge rate, its overall discharge rate is very low. That’s the reason why these batteries last longer than alkaline batteries.

Battery CR2025 vs CR2032– Can I Use a CR2025 Battery Instead of a CR2032?

Both the CR2025 and CR2032 batteries are interchangeable. However, some battery compartments meant for a thinner battery type, such as the CR2025 battery models, might be too small for the CR2032. The opposite is also true, where the CR3032 battery holder might be too big for the CR2025. It will give you an error message on the electrical applications you’re using.

battery, cr2025, cr2032, complete, guide

Here’s what to do if you need to fit a CR2025 battery in a CR2032 compartment.

Take a piece of aluminum foil (you can also use another conductor), then push it into the space above the battery. Make sure you place the folded piece on the positive side of the battery.

If you find yourself with a compact size compartment, there’s nothing you can do.

Make note that a CR2025 will last for a shorter duration than the coin battery CR2032.

Another factor to consider is the device you will be using.

If you are powering a simple device like a toy or a remote, then you’d want to use the CR2025. In comparison, the CR2032 coin cell battery might be the preferred choice for active devices such as medical, hearing aids, pacemakers, digital watches, etc. These devices need a long shelf life, quality material, additional charge, and larger capacity.

Checking the appliance manual for the electrical devices will also tell you what typical capacity you need and the lithium battery to use.

Battery CR2025 vs CR2032–Alternate Options

Lithium batteries provide long-lasting, reliable power in comparison to alkaline batteries. However, product for lithium batteries are higher than product for alkaline batteries.

Button cell batteries are also more reliable due to their long-term discharge characteristics of 1%.

Of course, you can’t use a 3V battery to replace conventional batteries like a 12V battery or a 40 kW battery replacement.


In conclusion, both the battery options have similarities and differences. Both provide long-lasting, reliable power and are an alternative to traditional batteries.

The only difference between CR2025 vs. CR2032 you need to account for when choosing one of these two batteries include:

Trying to wire LEDs and CR2032 batteries to make it work? Here’s a video guide to help you.

Hi, I am Hommer Zhao, the founder of WellPCB. So far, we have more than 4,000 customers worldwide. If you have any questions, you can feel free to contact me! Your happiness as a customer is my priority!

Table of Contents

A button cell resembles a button, thus the name. It’s a single-cell battery often used to power small devices like hearing aids and wristwatches.

Its diameter ranges between five to 25 mm (0.197 to 0.984 inches), while its height dimensions are between 1 and 6 mm (0.039 to 0.236 inches).

The battery has two terminals:

  • The positive terminal is composed of stainless steel and lies at the bottom.
  • The negative terminal is insulated and forms the top cap.

Button cells are famous for their longevity. They possess a low self-discharge, which allows them to keep their charge for a long time (especially in cases of inactivity).

Today, we’ll explore button cell batteries, their composition, and the different types.

Battery Cell Chemistry

There are four major categories into which cell batteries are grouped:

Alkaline Batteries

Alkaline batteries match other battery types in terms of size. However, they provide less stable voltage and less capacity than their lithium and silver oxide counterparts.

Silver-Oxide Batteries

Silver-oxide batteries are known for their stable discharge. They’re often used in medical instruments and precision devices.

Mercury-Oxide Batteries

Mercury-oxide batteries have stable voltage but are no longer used because of their toxic nature. Incorrect disposal of the battery pollutes the environment.

For example, the United States, through its Mercury Act of 1996, prohibited the use of mercury in favour of mercury-free alkaline batteries.

Zinc-Air Batteries

Zinc-air batteries have the highest capacity compared to others. In addition to the ingredients packed in the cell, these batteries use oxygen from the air as a depolarizer.

They’re termed next-generation batteries, given their potential to hold more energy, their safety mechanisms, and potentially reduced cost per unit.

Battery Chemistry Comparison Chart

Type Typical label Capacity (MAH) Internal resistance (ohms) Weight (grams) Voltage
Silver-oxide SR44, SR44W 150–200 5 to 15 2.3 1.55V
Alkaline LR44, LR1154 100–130 3 to 9 2.4 1.5V
Mercury-oxide MR44, MR1154 ~200 2.6 1.35V
Zinc-air PR44 600–700 1.9 1.4V

The Electrochemical System

IEC 60086-3 is an international standard that defines battery cells using an alphanumeric code format.

The IEC 60086-3-5:2021 particularly provides the requirements, dimensions, designation and methods used to test batteries used for watches.

Code Name Positive Electrode Negative Electrode Electrolyte Nominal Voltage (V) End-point Voltage (V)
B Carbon monofluoride Lithium Organic 3 2.0
C Lithium Manganese dioxide Lithium Organic 3/td 2.0
L Alkaline Manganese Oxide Zinc Alkali 1.5 1.0
G Copper oxide Lithium Organic 1.5 1.2
M,N (obsolete) Mercury Mercury dioxide Zinc Alkali 1.35/1.40 1.1
P Zinc-air Oxygen Zinc Alkali 1.4 1.2
S Silver Silver Oxide Zinc Alkali 1.55 1.2
Z Nickel oxyhydroxide Manganese dioxide, nickel oxyhydroxide Zinc Alkali 1.5 unknown

C, S, and L types are primarily used in calculators, quartz watches, small PDA devices, and computer clocks. The P-type powers medical instruments and hearing aids.

R (the second letter in a battery model), defines a cylindrical form.

Rechargeable counterparts identical to primary batteries bear a different prefix that is not part of the IEC standard.

Package Size

When inspecting a button battery, you may notice a 2-digit code. This represents a typical case size.

A code of 3 or 4 digits speaks for the cell’s height and diameter. In this case, the first 2 digits usually represent the exterior diameter in full millimeters (rounded down). This standard specifies exact diameters with no ambiguity. For example, a cell designated as 9 indicates a diameter of 9.5mm and nothing else.

Code Formal diameter (mm)
4 4.8
5 5.8
6 6.8
7 7.9
9 9.5
10 10.0
11 11.6
12 12.5
16 16.0
20 20.0
23 23.0
24 24.5
44 11.6
  • SR516 indicates silver, with 5.8 in diameter and 1.6 mm in height.
  • CR2025 indicates lithium, with 20mm diameter, 2.5mm height, and 170 mAH.
  • LR1154/SR1154 indicates alkaline/silver with a diameter of 11.6 and a height of 5.4. The alternative two-digit code for this is LR44/SR44.

The Cell Batteries Cross Reference Chart

The LR44 battery is of the alkaline type category, with equivalent batteries being A76, AG13, G13, LR1154, L1154, 154, etc.

Silver-oxide batteries can replace these alkaline batteries, with equivalent batteries being SR44, SR44SW, SR44W, SB-B9, 303, 357, etc. These silver oxide batteries are often used in watches (that explains the W in the label).

The table below indicates different labels and equivalents, depending on the manufacturer.

Duracell Energizer IEC Kodak Maxell Panasonic Philips Seiko Sony Varta Others
LR44 A76 LR44 KA76 LR44 LR44 A76 LR44 LR44 V13GA 904, G13, LR1154, PX76A
357, 303, R357 303, 357 SR44 KS35, KS36 SR44W SR44W 357 SR44W SR44W V357, V76PX D357, SR44W, SB-B9

Note: The indicated labels can change over time without prior notice

Frequently Asked Questions

What Do Letter Suffixes on Cell Batteries Mean?

Consider an example like the SR44W, which denotes a silver-oxide battery. The additional letters that appear in the designation type (W in this case) are indicative of the electrolyte used:

  • No letter: means the electrolyte is organic.
  • S indicates that the electrolyte is made of sodium hydroxide
  • SW may be used in low drain quartz watches without chronograph functions, alarm, or light.
  • P means that the electrolyte is composed of potassium hydroxide
  • W may be used in high drain cameras, quartz watches, and calculators. In other words, the battery complies with the IEC 60086-3 standard for batteries used on watches.

Besides The Type Code, Which Other Marks Should Be Indicated on Cell Batteries?

Watch (and other cell) batteries contain:

Which of the Two Is Better, SR44 or LR44?

LR44 is the cheaper of the two and enjoys a specialty with toys and general use applications. Conversely, SR44 batteries’ specialty is in marine functions in electronic devices.

This is because LR44 batteries quickly drop below the 1.4V threshold, while the silver-oxide SR44 maintains at 1.55V virtually all the time. That said, it is easier to replace an LR44 with an SR44 than vice versa.

Duracell Button alkaline batteries are the most common in the market. They exist in LR43, LR44, LR54, and 625A sizes, with a 5-year guarantee in storage.

What Dangers Do Button Batteries Pose?

Be careful with children. They are likely to swallow button batteries since they look like coins — making them a choking hazard.

Can Button Batteries Explode?

Yes. Avoid mixing chemistries. Lithium button batteries react when different sizes are combined or when mixing chemistries, leading to overload and bursting.

Can Button Batteries Explode?

Yes. Avoid mixing chemistries. Lithium button batteries react when different sizes are combined or when mixing chemistries, leading to overload and bursting.

CR2430 Battery Equivalents and Replacements

Lithium 3.0 volts non-rechargeable CR2430 batteries are button/coin-cell type of batteries commonly used in watches, fitness wearable electronics, car keys, remote controllers, calculators, healthcare devices (glucose monitors, for example), dog collars, as a backup battery, and similar.

CR2430 battery is rather common, but it is often labeled using other labels. Also, the round 2430 battery can be found in other chemistries, even rechargeable ones, leading to some confusion among users.

Updated: January 24, 2023.

CR2430 Battery Features and Specifications

CR2430 batteries are non-rechargeable Lithium Manganese Dioxide (LiMnO2) button/coin-cell batteries featuring physical dimensions of (D x H) 24.5 x 3.0 mm (~0.9646 x 0.1181 inches).

CR2430 batteries feature a nominal voltage of 3.0 volts, a cutoff voltage of 2.0 volts, and a nominal capacity of ~270-320 mAh. as usual with the batteries, an actual capacity depends on the battery age, storage temperature, drain conditions (current, temperature), and similar.

The standard discharge current of CR2430 batteries is ~0.2 mA, while the pulse current depends on the pulse length, but generally, it is in the 7-15 mA range.

Thanks to the Lithium Manganese Dioxide (LiMnO2) chemistry, the CR2430 battery features a very low self-discharge rate (at room temperature), with most brands having a shelf life of 5-10 years. if the storage/discharge temperature is increased, the self-discharge rate is increased, too.

Standard labels of button/coin-cell 24.5×3.0 mm round batteries are CR2430 (IEC) and 5011LC (ANSI), but other labels are used as well, not just for CR2430 batteries, but also for other batteries of this size, but using other chemistries as well.

These labels include DL2430 battery, ECR2430 battery, KCR2430 battery, KECR2430 battery, BR2430 battery, KL2430 battery, LM2430 battery, ML2430 battery, etc.

CR2430 alternative batteries like DL2430, ECR2430, etc., are just customized CR2430 labels used by some battery brands (Duracell, Energizer. ). nonetheless, these batteries are standard CR2430 batteries.

BR2430 vs. CR2430 Battery

BR2430 are non-rechargeable 24.5 x 3.0 mm batteries featuring Lithium Carbon Monofluoride chemistry.

BR2430 batteries feature a nominal voltage of 3.0 volts (2.8V older batteries), a cutoff voltage of 2.0-2.25 volts, and a nominal capacity somewhat smaller than the capacity of the CR2430 battery.

Also, BR2430 batteries feature lower discharge currents than CR2430 batteries.

But, BR2430 batteries feature a very low self-discharge rate, having a shelf life of 10 years and a wider temperature operating range.

BR2430 batteries are used in low-drain devices/applications like memory-backup batteries, CMOS batteries, and similar.

ML2430 vs. LiR2430 vs. CR2430 Battery

CR2430 battery is a non-rechargeable 3.0 volts battery, while ML2430 and LiR2430 batteries are rechargeable 24.5 x 3.0 mm batteries.

ML2430 battery features a positive electrode made of Lithium Manganese Oxide and a negative electrode made of Lithium Aluminum alloy.

ML2430 battery features a nominal voltage of 3.0 volts, an average discharge voltage of 2.5 volts, a cutoff voltage of 2.0 volts, and a charge voltage of ~3.2 volts.

The typical capacity of the ML2430 battery is ~100 mAh, with a standard continuous discharge current of ~0.5 mA, a maximum continuous discharge current of ~10 mA, and a maximum pulse current of ~20 mA.

The number of charging cycles varies, but generally, it can withstand at least several hundred charging/discharging cycles.

ML2430 batteries feature the same voltage as CR2430 batteries, better drain features in terms of maximum current, and a larger self-discharge rate.

However, these batteries should not be considered equivalents since devices that use ML2430 batteries often have built-in battery chargers. and charging a CR2430 battery can be dangerous.

For short, if your device uses an ML2430 battery, replace it with an ML2430 battery. If your device uses a CR2430 battery, it can be replaced with an ML2430 battery, but don’t expect it to last a long time.

LiR2430 battery features lithium-ion chemistry, with a nominal voltage between 3.2 and 3.7 volts, depending on the actual chemistry.

Nominal capacity is in the 90-100 mAh range with maximum continuous discharge current up to 20 mA (0.2C).

Charging voltage depends on the battery chemistry, but for the 3.6-3.7V batteries, it should be kept to 4.2 volts or somewhat lower.

LiR2430 batteries may withstand 300-500 charging/discharging cycles using proper battery chargers, even when being discharged almost completely.

CR2430 and LiR2430 batteries should not be considered directly interchangeable unless explicitly stated by the manufacturer of the device in question. voltage difference is not large, but nonetheless, it can cause certain devices to malfunction, or it can even destroy sensitive devices.

CR2430 Battery Cross Reference Chart

The following cross-reference chart lists some of the most popular CR2430, ML2430, and LiR2430 batteries with their most important features and specifications:

300 mAh, 5k6Ω, down to 2.0V, @20°C

As one can see, each battery chemistry has its own pros and cons, with Lithium Manganese Dioxide (LiMnO2) being the most common one.

CR2430 Battery Safety Issues

Modern CR2430 batteries don’t contain mercury, cadmium, lead, and other heavy and toxic metals.

However, if the CR2430 or any other similar battery gets swallowed by kids or pets, body fluids short-circuit the battery causing various electrolytic processes that are very dangerous, even lethal. that is why most CR and similar batteries come in ‘child-proof’ and similar packages.

battery, cr2025, cr2032, complete, guide

Although CR2430 batteries are not small, this may happen. if it happens, contact the nearest emergency center ASAP and do as instructed.

Please, this is a serious warning and should be treated as such!

CR2430 vs. CR2450 Battery

Both CR2430 and CR2450 batteries are 3V non-rechargeable lithium batteries featuring very similar dimensions:

As one can see, both batteries feature the very same diameter (24.5 mm) but different heights (3.0 mm vs. 5.0 mm). Due to the larger volume, the CR2450 battery also features a larger capacity. 270-320 mAh (CR2430) vs. 550-620 mAh (CR2450).

So, can You replace the CR2430 battery with the CR2450 battery?

Generally, no, You can’t replace the CR2430 battery with the CR2450 battery.

Although this 2mm difference in height doesn’t sound much, most battery compartments designed for the CR2430 battery simply can’t accept the CR2450 battery, or it will be damaged.

CR2430 vs. CR2032 Battery

Both CR2430 and CR2032 batteries are button cell lithium 3.0V batteries, featuring physical dimensions of:

Although both batteries feature very similar heights (3.0mm vs. 3.2mm), they differ in diameter (24.5mm vs. 20mm).

Theoretically, the CR2032 battery may fit into the battery compartment intended for the CR2430 battery, but the contacts would be loose.

Also, the CR2032 battery has a smaller capacity (200-225 mAh vs. 270-320 mAh).

So, if You have a CR2032 battery and You want to replace a CR2430 battery, don’t replace the CR2430 battery with a CR2032 battery.

Lithium CR2340 Battery

There is no such thing as a CR2340 battery. in most cases, people that were looking for a CR2430 battery accidentally typed CR2340 battery.

However, if You are looking for a coin/button cell battery with physical dimensions of ~23 x 4.0 mm, You are probably looking for a CR2335 (23 x 3.5 mm) or CR2330 (23 x 3.0 mm) battery (Amazon links, links open in the new Windows).

CR2430 Batteries Frequently Asked Questions (FAQ)

Here are some of the most common Frequently Asked Questions (FAQ) about CR2430 and similar batteries.

Where to buy a CR2430 battery?

CR2430 batteries can be found in local hardware stores, office supplies stores, online shops, etc.

What is equivalent to CR2430?

Batteries labeled as DL2430 battery, ECR2430 battery, KCR2430 battery, KECR2430 battery, and similar, which are non-rechargeable 3.0V lithium 24.5 x 3.0 mm button cell batteries, are actually CR2430 batteries, just differently labeled and can be used instead of CR2430 batteries.

Can I replace a CR2430 with a CR2032?

No, due to the size difference, the CR2430 battery cannot be replaced with the CR2032 battery.

Can I replace a CR2430 battery with a CR2450?

No, due to the size difference, the CR2430 battery cannot be replaced with the CR2450 battery.

Are all CR2430 batteries the same?

Generally, all CR2430 batteries based on Lithium Manganese Dioxide chemistry are compatible and can be used interchangeably.

However, coin cell 24.5 x 3.0 mm batteries based on other chemistries differ in voltage, capacity, and drain features and should NOT be used instead of CR2430 batteries unless explicitly stated by the device’s manufacturer.

Long Story Short: If You are looking for a non-rechargeable button/coin-cell 24.5 x 3.0 mm lithium battery, go for CR2430 batteries from reputable brands with good reviews.

Such batteries are tried and tested by countless users in many real-life situations, and they worked well.

Rechargeable 24.5 x 3.0 mm batteries are also present, but their use is rather specific.

Although CR2430 and rechargeable ML2430/LiR2430 batteries are interchangeable in certain situations, they may replace each other only if explicitly permitted by the device’s manufacturer.

CVS Health (CVS) Invests in Renewable Energy With New Pact

CVS Health Corporation ( CVS Quick Quote CVS. Free Report) recently announced a 12-year agreement with Constellation (CEG) effective from April 2025. Through the deal, CVS will purchase zero-emission, renewable energy equivalent to the annual electricity use of its 147 CVS Health locations throughout Michigan.

Investing in renewable energy is part of CVS Health’s commitment to reducing its environmental impact. The recent development prioritizes the company’s efforts toward sustainability.

Significance of the Deal

Per the terms of the deal, CVS Health will purchase energy and renewable energy certificates (RECs) from Swift Current Energy’s Double Black Diamond Solar Project in Illinois. This is equal to procuring nearly 35,000 megawatt hours of energy per year. The deal follows a long-term agreement between Constellation and Swift Current Energy under which Constellation will purchase a portion of the energy and RECs generated by Double Black Diamond. The construction of the project has begun in March 2023.

Image Source: Zacks Investment Research

CVS Health will use the Constellation Offsite Renewables (CORe) product to facilitate its renewable energy transaction. This agreement will help the company reduce its carbon footprint by nearly 17,000 metric tons each year. Per U.S. EPA greenhouse gas equivalencies, this is the equivalent emission of nearly 3,800 gasoline-powered passenger vehicles driven for a year.

Recognized as a corporate leader in climate action, CVS Health is one of the first to have its net-zero targets validated by the Science-Based Target Initiative. The company continues to reduce resource consumption across its operations through lighting and transportation upgrades, optimizing digital solutions to reduce paper, alternatives to single-use bags and offering products that are good for customers and the environment.

Industry Prospects

Per a Research report, the global renewable energy market was valued at 1.1 trillion in 2022 and is expected to witness a CAGR of 16.9% by 2030.

Recent Developments

CVS Health’s retail medical clinic, MinuteClinic, was recently awarded its sixth consecutive Ambulatory Health Care Accreditation from The Joint Commission. MinuteClinic has been achieving the Gold Seal of Approval since 2006 when it became the first retail medical clinic in the United States to receive such accreditation by proving consistent adherence to the widely acknowledged criteria.

In May 2023, CVS Health completed its acquisition of Oak Street Health in an all-cash transaction. The acquisition will broaden CVS Health’s value-based primary care platform and improve patient outcomes and reduce costs, particularly in underserved communities.

Price Performance

In the past six months, CVS shares have decreased 29.1% compared with the industry’s fall of 26.9%.

Zacks Rank and Key Picks

CVS Health currently carries a Zacks Rank #3 (Hold).

Some better-ranked stocks in the overall healthcare sector are Penumbra ( PEN Quick Quote PEN. Free Report). Lantheus ( LNTH Quick Quote LNTH. Free Report) and Haemonetics ( HAE Quick Quote HAE. Free Report). While Penumbra and Lantheus each sport a Zacks Rank #1 (Strong Buy), Haemonetics carries a Zacks Rank #2 (Buy) at present. You can see the complete list of today’s Zacks #1 Rank stocks here.

Penumbra’s stock has risen 190.8% in the past year. The Zacks Consensus Estimate for Penumbra’s earnings per share (EPS) has remained constant at 1.56 for 2023 and 2.56 for 2024 in the past 30 days.

PEN’s earnings beat estimates in each of the trailing four quarters, the average surprise being 109.42%. In the last reported quarter, the company registered an earnings surprise of 109.09%.

The Zacks Consensus Estimate for Lantheus’ 2023 EPS has remained constant at 5.60 in the past 30 days. Shares of the company have improved 44.7% in the past year against the industry’s 20.8% decline.

LNTH’s earnings beat estimates in each of the trailing four quarters, the average surprise being 25.77%. In the last reported quarter, the company recorded an earnings surprise of 13.95%.

Estimates for Haemonetics’ EPS have increased from 3.29 to 3.55 for 2023 in the past 30 days. Shares of the company have increased 42.7% in the past year against the industry’s 20.8% decline.

HAE’s earnings beat estimates in each of the trailing four quarters, the average surprise being 12.21%. In the last reported quarter, Haemonetics delivered an earnings surprise of 13.24%.

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