Optimizing The Use Of Your Portable Surface Roughness Tester

New strides in technology have transformed the surface Roughness tester from a chunky three-piece equipment that had to be pushed around on a cart into a sleek, portable gadget. Today’s surface gauges are much more affordable next to the tens of thousands of dollars pioneering models cost, and they can do it all as well. However, there are some things you can take note of to optimize the use of your portable surface gauge – let us spell them out for you below.

Ensure the roughness gage is Functioning Properly Before Use

You should always check that a roughness gage is functioning properly before use with the help of a separate test patch or test specimen. Some gauges have a built-in test specimen that you can use to check your gauge by moving the probe over to it and making a trace. Alternatively, you can use a test patch; however, these are not easy to obtain as they are kept under lock and key due to the traceability of the specimens.

Check the Settings for the Parameter

Most roughness gages come with a feature allowing you to select the number of cutoffs, length of cutoffs, traverse speed and more. Make sure that these settings correspond with the test conditions required for your inspection process.

Check the Surface Test Environment

The results of surface roughness measurements can be affected by environmental conditions such as the presence of dirt and oil. In order to get the most accurate measurement and protect your gauge, always make sure that the environment is free from oils, dirt and burrs. Next, always make sure that the area is undisturbed from loud sounds and vibrations that can significantly alter measurements. This can come from a passing truck or even a radio that has the volume on too high.

Check that Results Make Sense and Save For Future Review

Always keep a reference patch nearby so that you are able to tell immediately if the measurements are not coming in the right denominations. That’s when you know there is something wrong with the roughness gage or probe that needs to be addressed before proceeding.

After the measuring process is completed, make sure to save your results for easy reference and analysis. Most gauges on the market today come with internal storage, making it incredibly convenient to store data with just one click.

Get the New MarSurf M310 from Willrich Precision!

With a rotatable 4.3” resolution touch screen, the new MarSurf M310 is designed to provide the most precise surface roughness measurements. Successor to the MarSurf M300, the M310 allows for easy transfers of data via cable or Bluetooth, offering in one mobile-sized device what used to be only available in PC-based systems.

If you have any questions or would like to find out more about our MarSurf M310 and its benefits, do not hesitate to contact us today. Or if you are looking to purchase a new surface gauge, check out the wide range we stock at Willrich Precision Instruments. With over 45 years of experience in metrology, gaging and inspection, we have the solution, whatever it is you are looking for.

Why Hardness Testing Is Essential

The hardness of a material is its inherent property that allows it to withstand abrasion, bending, scratching, cutting or deformation. If your day to day work involves materials manufacturing, you are most likely aware of the importance of a hardness test in allowing you to evaluate the products received from external suppliers and also, the production process of internally manufactured products.

Baseline measurements have to be defined and set in place in order to make sure that your products meet the required quality specifications in terms of strength. However, if you are new to the field, you might be unaware that the hardness of any material is not an intrinsic property but rather, the value obtained from a hardness test stems from a specific measurement sequence. Read on to find out more about hardness testing and how it can be performed!

Types Of Hardness Testing

For many materials in the 21st century, a hardness test comprises of using a device that impacts the material with a defined amount of force over a specific amount of time before measuring the depth of the groove left behind. The commonly used hardness tests that measures the relationship between hardness and the depth of the indentation can be classified into the Rockwell, Brinell and Vickers hardness test.

Rockwell Hardness Test

Rockwell hardness tests is one of the most commonly used hardness tests in the market due to its fast speed and high accuracy in determining the hardness of numerous materials such as metals, plastics and allows. When conducting this test, a hardened steel ball indenter or a diamond cone would be pushed into the material with a test force of 10kgf. Upon attaining equilibrium, more force would be used in order to cause a greater indentation depth. Once equilibrium is reached again, the force is removed, and the permanent depth of the indentation made would be used to determine the Rockwell hardness number of the material.

Additional Benefits Of Hardness Testing

By conducting a hardness test, the results obtained can be used to predict and determine the extent whereby the tested material can perform under various conditions. For example, by measuring the hardness at various temperature and humidity conditions can simulate and allow you to know if the hardness of the material would be impacted by storing it in a humid warehouse. If the hardness measurements remained constant, it indicates that the material can be stored normally. Otherwise, special precautions must then be taken to ensure proper storage of the material. Another instance would be testing the material’s hardness under prolonged exposure to various chemicals. This would allow you to determine the material’s resistance to chemicals and if special caution needs to be taken to ensure the functionality of the material is not affected by a chemical exposure.


All in all, a hardness test is a crucial test that you must adopt in ensuring that your product meets the stated quality specifications.

At Willrich Precision Instrument, we provide a large selection of hardness testers that would definitely meet the rigorous needs of your business! Browse through our exciting inventory and shop for quality surface roughness testers today. If you need assistance with any product purchase, call us at 866-945-5742 or email us at sales@willrich.com today.

Understanding Bore Gages

A bore gage is an instrument that is frequently used to measure the internal of a hole. It is also known by many names such as bore mics, hole tests, holtests, internal micrometers or cylinder tests depending on your geographical region. It operates on the basis whereby parts known as the anvils expanding outward in order to determine its diameter when inserted into the hole. Read on to find out more about the characteristics and uses of bore gages.

Types Of Bore Gages

There are numerous types of bore gages in the market, with the more common types being bore gages with two or three anvils respectively. Bore gages with two anvils are cheaper and are calibrated with gauge blocks whereas those with three anvils are known as internal micrometers and are calibrated with setting rings. Both types can make use of either a digital or dial scale to display the measured diameter of the hole. Apart from the common bore gages, there are also more specific types specializing in various measurements, such as the dial bore gages, small hole gages and telescopic bore gages.

Sizes Of Bore Gages

Depending on the diameter of the hole that you are measuring, you would require different types of bore gauges that have various measurement sizes. If you are looking for a bore gage that can measure a wide range of sizes, an adjustable bore gage would be the equipment that is suited for your needs! However, this type of gage suffers from a lower tolerance in the measured diameter. If a high degree of accuracy is demanded in the final product, plug gages, which comes in fixed sizes would be the equipment that you have been looking for. Plug gages can be customized accordingly to your requirements, making them available in both small and large sizes.

Uses Of Bore Gages

With the high level of precision obtainable in a bore gage, there are many applications where it can be used such as the measurement of pipes, holes and cylinders, which are commonplace in the manufacturing, automotive and equipment calibration industries. Inspectors and maintenance staffs utilize bore gages to inspect the dimensions inside injection moldings to ensure that its quality are up to the desired standards, or in extruder barrels to monitor wear and tear over an extended period of time to find out when preventive maintenance can be carried out. Mechanics and machinists also make use of these equipment to detect the extent of wear and tear in cylinder heads and also to accurately measure holes in an engine block to ensure that the pistons fit tightly to prevent any gas leakages.


With the numerous potential applications of bore gages and its ease of customizability in terms of types and sizes, it serves as a handy tool that can greatly assist you in the measurement of a hole’s internal diameter.
At Willrich Precision Instrument, we provide a wide range of bore gages that would definitely meet the rigorous needs of your business! Browse through our exciting inventory and shop for quality bore gages today. If you need assistance with any product purchase, call us at 866-945-5742 or email us at sales@willrich.com today.

A Short Course On Measuring Pitch Diameters

Do you know that bolts, tapes, dies and other helically threaded components are characterized by various parameters? These parameters include depth, angle, pitch, major and minor diameters, whereby the pitch diameter holds the most significance amongst these parameters. Read on to find out more about the importance and the process of measuring pitch diameters!

What is a Pitch Diameter?

To many of us, the effective diameter, also known as the pitch diameter, refers to the diameter of the cylinder as it cuts the midpoint of both the major and minor diameters known as the pitch line. The pitch diameter is an important property that governs the compatibility between two threaded parts, such as nuts and bolts and if they can be successfully mated with each other. Moreover, they are also used as a crucial reference for other relevant thread measurements.

Measurement of Pitch Diameter

Due to the large susceptibility of pitch diameters to measurement errors, unique measuring equipment must be used in order to obtain an accurate reading. Although there exist many types of techniques to measure pitch diameter, there exist three most commonly utilized methods, namely the three-wire measurement method, the optical comparators and specialized micrometer screw gages which ensures the accuracy of your reading!

Three-Wire Method

The three-wire method makes use of a traditional, flat anvil micrometer screw gage to measure pitch diameter. Three separate wires of pre-measured diameter would be placed within the pitch of the threads before the gage of the wire is chosen. This enables the wires to stay in contact with the pitch line while simultaneously extending beyond the outside diameter of the thread. With another micrometer screw gage, the distance between the wires on the opposite sides are measured and used as inputs in prescribed formulas to derive the pitch diameter.

Optical Comparators

Optical comparators make use of the fundamental basis of optics and light to determine the pitch diameter. A magnified silhouette of the threaded object is projected on a screen and a specialized software would be used for image analysis and to obtain the pitch diameter. Through the use of optical comparators, it would result in a high degree of accuracy in pitch diameter measurements. However, a downside of it would be its expensive cost!

Specialized Micrometer Screw Gages

A commonly used instrument would be a form of micrometer screw gage known as a thread mic or a pitch mic. It was designed for the purpose of measuring the pitch diameters of cutting threading tools. To make use of this instrument, the ratchet of the micrometer is turned continuously until the spindle comes into contact with the thread flanks. The pitch diameter can then be read off from the micrometer scales. This method provides an efficient and accurate, but yet a low-cost way of measuring the pitch diameter!

At Willrich Precision Instrument, we provide a large selection of thread gages that would definitely meet the rigorous needs of your business! Browse through our exciting inventory and shop for quality thread gages today. If you need assistance with any product purchase, call us at 866-945-5742 or email us at sales@willrich.com today.

Product Spotlight: Fowler Trimos V7 Electronic 2D Height Gage

Height gages have
been in use for many decades to measure heights of objects. Height gage can
also be used to measure a variety of other parameters. These include diameters,
radii, and more. Over the years, height gages have evolved and today, we have
digital height gages where a lot of the processes are automated. This makes it
easier for machinists to use height gages.

One such height gage is the Fowler Trimos V7 Electronic 2D Height Gage.
This is an easy-to-use height gage that comes with
a modern touch screen. It comes with a lateral insert holder that makes it
great for use in a workshop. In order to improve clarity, the touch screen is
very simplified so that the machine operator will not get distracted by
clutter. In continuance with the drive to simplify things, the number of
buttons is limited to only what is absolutely necessary.

The advantage of
this is that operating the machine becomes very simple so one can easily
perform complex operations simultaneously. The other advantage is that not a
lot of training is required to get new workers to operate the machine. This
saves a lot of time and costs, ensuring that productivity is always at its

About Fowler High Precision

Fowler High
Precision Company is widely recognized as one of the leading manufacturers of precision
equipment in the world. The company was founded in 1946 and since then, it has
grown to where it is today. Fowler High Precision has managed to remain dynamic
thanks to strategic partnerships with other companies such as Wyler and Trimos
among others. This way, Fowler has ensured that they remain at the peak of the
technology curve. This is reflected in the state-of-the-art products that the
company supplies such as the Fowler Trimos V7 Electronic 2D Height Gage.

Features of Fowler Trimos V7 Electronic 2D Height Gage

Here’s a quick look
at some notable features of Fowler Trimos V7 Electronic
2D Height Gage:

  • 2D programming,
  • Large range of
  • Measuring ranges 400
    to 1800mm
  • Manual or motorized
  • All possible
    adjustments without tools
  • Interfaces RS232 and
  • Simple and
    easy-to-use graphic interface
  • Electronically
    adjustable measuring force

 Get Fowler
Trimos V7 Electronic 2D Height Gage from Willrich Precision!

Willrich Precision
is your go-to supplier of top-quality precision instruments such as the Fowler
Trimos V7 Electronic 2D Height Gage. We have been serving numerous customers
for over 50 years and we have established a reputation as a trusted business
partner. Our unique business model focuses on providing solutions to our
clients. This is why we go out of our way to offer advice and assistance to
clients who are not sure what instruments work best for their needs.

When you come to Willrich Precision, you can have peace of mind that you are getting
top quality precision instruments at very competitive prices.

To know more about
our Fowler Trimos V7 Electronic 2D Height Gages and the benefits they provide,
do not hesitate to contact us today.

Top Tips To Facilitate Rockwell Hardness Tests

Hardness is defined as the measure of
resistance that a material has when force is applied to it. Others may refer to
hardness as the ability of a substance to resist scratching, cutting or
abrasions. There is a direct relationship between the level of hardness of an
object and the level of its resistance. The greater the hardness, the greater
the resistance. Hardness is largely determined by a substance’s microstructure.
Hardness matters because it gives us an indication of how the material will
stand up against pressure. This has implications on how the material can be
used and what kind of pressure it can withstand. For this reason, measuring
hardness is a routine procedure in most quality control processes. Here are
some of the ways of facilitating Rockwell
hardness tests

Check Indenter

Before carrying out a Rockwell hardness test,
it is critical to ensure that there is no chipped or cracked diamonds on the indenter.
This is because any of such anomalies are likely to lead to errors in the
readings. Experts recommend checking the indenter every week with a magnifying
device (such as a Jeweler’s eye loop). However, it might be hard to tell if the
indenter is damaged. For this reason, if you notice consistent erroneous
readings, this might be another clue that there is a problem with the indenter.

Verify Hardness Readings

Before performing a test, experts recommend
that you test the hardness of a test block. This is a block with a hardness
that is already known and thus the idea is to check if the reading from the
tool is consistent with the known hardness. It is usually standard to do at
least three tests in order to establish a consistent reading. It is also
standard to discard the first reading after an indenter or an anvil change.

Keep the Rockwell Hardness Tester Clean

Debris, dirt and other contaminants can affect
readings. It is important to remove and clean the indenter and anvil before you
start testing. It is also critical to do this at every break between the shifts
so that all parts of the tester stay clean throughout the day.


When testing objects that are rough or that
have textured surfaces, it is important to be aware that these kinds of
surfaces can affect the readings obtained from the tester. To help overcome
these kinds of problems, ensure that you lightly sand the surface to reduce the

Watch out For Movement

If you get any movement of the part while
doing a test, you should discard the reading and perform another test. You
should also avoid including these readings in your final average. This is
because the movement of the part can affect the accuracy of the test.

Watch out for the Edge

When you take readings very close to the edge,
it might cause problems with the reading and might even damage the indenter.
Ensure that all readings are made at least 2.5 times the diameter of the
indenter from the edge. The key to note is that if the metal buckles outward,
then you have positioned the indenter too close to the edge.

Which Indicating Bore Gage Should You Get?

Which Indicating Bore Gage Should You Get?

If one selects the wrong type of bore gage, it
could deliver inaccurate data, low throughput and end up as an unnecessary
expense. If you are looking to get indicating bore gages, here’s what you need
to know:

Understanding the Basics of Indicating Bore

The two basic types of indicating bore
are fixed-size gages with plug-style housing and adjustable-capacity
gages with interchangeable extensions or contacts. In most cases, indicating
plug gages offer higher repeatability and can measure closer tolerances than
their adjustable counterparts. Now that you have a better understanding of
indicating bore gages, below are several factors to consider before choosing
the ideal bore gage for your precision measurement needs.


If you need to measure large inner
(ID), adjustable bore gages are currently recognized as the economical
option. Stock adjustable gages and masters are typically available in
capacities of up to 24 inches. Most plug-type gages, on the other hand, are
over 4.5 inches and are considered “specials.” This means that they
cost slightly more than adjustable gages.


Today, many modern shops still utilize adjustable
bore gages. In addition to low production runs, adjustable bore gages come in
handy when technicians need to measure with medium to broad tolerances. Additionally,
the application might have many different bore sizes to measure as well. The
range of these gages is typically up to three times greater than that of plug
gages, i.e. 0.010 inch vs. ≤ 0.006 inch. That’s why they are practical to use
with broader tolerances.

Because adjustable gages can measure a range
of hole sizes, some shops only require just three units, with capacities of:

  • 0.500 to 1.00 inch
  • 1 to 2 inches
  • 2 to 8 inches

Indicating plug gages, on the other hand, require
separate size plugs to measure each hole size.


One of the biggest advantages of fixed-size
plug gages is that they can eliminate “rocking” to center the gage in
the bore. Self-centering plug gages virtually eliminate operators’ influences
and require minimal training. Rocking adjustable gages is considered a refined
skill that needs to be performed conscientiously. Inadequately trained
operators who are rushed or tired are likely to produce inaccurate results.

Adjustable gages, on the other hand, are more
subject to intentional operator influences than the aforementioned gage. This
is called “close-enough syndrome.” If you want to eliminate
“rocking” and speed up the measurement process, choose plug gages.
They perform well in production runs where tolerances are tight, and volumes
are high. Additionally, they have larger bearing surfaces, are more resistant
to wear, and offer greater repeatability. It is recommended that one uses plug
gages with electronic data collection systems.

Willrich Precision is
the leading supplier of precision instruments including bore gages. We have
over four decades of experience supplying high-quality precision measurement
instruments to a variety of industries. You can count on our professional staff
to offer advice and suggestions when you are buying equipment from us. This
way, you get the correct products for your applications and save money.
Willrich Precision is also a family-owned business and we put our customers at
the center of everything we do.

Understanding The Height Measurement Of Sharp Edges And Needles

Understanding The Height Measurement Of Sharp Edges And Needles

Measuring sharp edges and needles is critical
when it comes to ensuring that tools and medical instruments meet the required
height specifications. Medical equipment such as needles need to be of very
specific dimensions. This is because if they are too long or too short, they
may cause injury or might not deliver the right dosage as needed. For this
reason, quality control personnel have devised a myriad of ways to conduct height measurement of
sharp edges and needles.

Measuring Sharp Edges

When manufacturing instruments and tools with
sharp edges, it is important to verify their height to ensure that they can
perform as required. When doing this, quality control personnel use a variety
of tools principal among them, digital gage probe. These probes are designed to
take measurements of delicate surfaces without causing any damage to the
pointed end or the sharp edge of a tool. They are also designed to be extremely
accurate, up to a 0.05µm.

Advantages of Digital Gage Probes

Modern digital gage probes are particularly
suited for this kind of work because they offer precise and repeatable results.
They also come with very low tip forces ensuring that they deliver sub-micron
accuracy. They are also designed to be part of a quality control process, so
they integrate very well with other equipment and are easy to use. Digital gage
probes also can withstand varying environmental conditions meaning that they
can be used in all kinds of factories and machining shops.

Digital probe gage can also be easily used to
measure the height of needles made with all kinds of materials. This includes
tungsten and more. They also come in all kinds of shapes and sizes ensuring
that they can easily be applied to a wide range of applications.

Benefits of Verifying Height of Sharp Edges
and Needles

The height of medical instruments matters
greatly when it comes to how they are applied. For example, the effectiveness
of insulin injections can be affected by the height of the needle used. If a
patient with diabetes injects himself or herself with a needle that is too
long, the insulin is deposited intramuscularly. This in turn results to faster
than normal absorption and decreased longevity of the insulin. The height of
sharp edges also has a significant impact on the efficacy of the tool in
question. The depth of the cut is largely determined by the height of the edge.
This has major implications when one thinks of delicate surgeries such as heart
and brain surgeries.

Willrich Precision is
the leading supplier of precision instruments including digital gage probes. We
have over four decades of experience supplying high-quality instruments to a
variety of industries including the medical industry. You can count on our
professional staff to offer advice and suggestions when you are buying
equipment from us. This way, you benefit from our experience in this field.
Willrich Precision is also a family-owned business and we put our customers at
the center of everything we do.

What Do Height Gages Have To Offer In 2019?

What Do Height Gages Have To Offer In 2019?

Height gages
have been in use for years and are critical for determining the height of
various products. These gages generally consist of a heavy base and a caliper.
Measurements are taken along a vertical scale and are either read off the scale
or from an LCD screen for modern instruments. Height gages can also be used to
measure other parameters such as diameter. Height gages have come a long way
and there have been many changes to them. Here is what you can expect from
height gages in 2019.

Mechanical and Electronic Gages

When you are looking for a new height gage,
you have a choice of taking a mechanical or electronic one. Each one of them
comes with certain advantages and disadvantages. For example, dial height gages
are very portable and thus can be used in machining shops where the machine
operator has to move around. Digital gages, on the other hand, are easy to use
and measurements can be taken rapidly. This is a real plus in environments
where speed is valued. Digital gages also allow for the setting of a floating
zero value which makes readings more accurate.

More Features

In 2019, you can expect that your height gage
will come with a host of features that make it easier to use. The additional
features also increase the functionalities that you can apply your height gage
to. These improvements are not just in the features but in the build of the gages
themselves. For example, the modern height gage comes with a high precision
resolution that ensures that most errors arising from the build of the gage are
canceled. This has been done without increasing the weight of the gages. In fact,
height gages have become lighter than before as they are built with lightweight

Digital Gages

As digital technology has improved, height
gage operators have seen increased capabilities when it comes to what they can
do with their height gages. Modern
height gages
can automatically set zero point as we have
seen but can do much more than that. Data from modern height gages can be
easily downloaded from the device and on to a printer or a computer. This means
that operators can analyze the data, as well as share it widely through email
and other modern communication channels.

Modern height gages also come in a variety of
shapes and sizes meaning that they can be used for a wide range of tasks and

1D and 2D Measurements

Height gages with 1D measurement capabilities
can perform the following functions:

  • Loads the probe and shifts the probe position
  • Saves the probe
  • Inputs the probe diameter
  • Measures the probe diameter
  • Sets the probe type
  • Measures the difference between maximum height
    and minimum height of an upward or downward facing surface
  • Performs angle calculations
  • Measures the width and center of inner and
    outer diameters
  • Measures the width and center position between
    two elements
  • Measures the minimum and maximum heights of
    downward and upward-facing surfaces
  • Measures the diameter and center of a shaft or
  • Measures the height of an upward-facing and
    downward-facing surface

Height gages with 2D measurement capabilities
typically come with the following functions:

  • Tolerance judgment result output
  • Tolerance judgment function
  • Coordinate distance calculation
  • Element recall
  • Coordinate save
  • Coordinate system rotation
  • 2D origin setting
  • X/Y axis setting
  • 2D origin translation
  • Coordinate recall
  • Polar coordinate recall
  • 2D distance calculation
  • 2 elements intersection-angle calculation
  • 3 elements intersection-angle calculation
  • Pitch-circle calculation
  • Tolerance/nominal value setting
  • Warning functions

Willrich Precision Instruments is your
one-stop-shop for all your precision equipment needs. We have been serving a
host of industries for the last 45 years. This gives us remarkable insight into
the needs of any business when it comes to precision instruments. You can count
on us for high-quality instruments backed by a superb after-sales service. We
always put our customers at the center of all that we do so you are sure that
we have got your back.

Understanding the Extended Capabilities of Modern Height Gages

Understanding the Extended Capabilities of Modern Height Gages

A height gage comes in handy when doing a quick measurement
check in the quality room. Besides that, a height gage can help you make
accurate checks on the shop floor and this makes it one of the most valuable
tools you can have. A modern height gage is especially useful as it performs
almost as good as a coordinate
measuring machine
(CMM) with near similar capabilities and accuracies.
Having a modern height gage that has multipurpose capabilities means you can
save the CMM for use when you need more critical and detailed checks and in the
meantime use the modern height gage for simpler and less sensitive tasks.

How Does a Height
Gage Work?

To read the height measurement using a height gage, a slider with a
measuring stylus attached to it is moved while staying relative to a measuring
scale placed on a beam along one vertical axis. This axis is often perpendicular
to a reference plane placed on the instrument base allowing you to take your

Types of Height Gages

There are three main types of height gages namely:

  • Vernier
  • Dial
  • Digital

All the above height gages are useful tools that come in
handy during quality control. However, many advancements and adjustments are
being made to the digital height gage to make it more applicable to perform
more complicated tasks. Discussed below are some of the capabilities that have
resulted due to the advancements made to modern height gages:

Higher Accuracy,
Resolution and 2D Measurement

Higher resolution is made possible by new encoders that have
been installed in modern gages. A strong construction also increases the
probability for higher accuracies. It is important to remember that increased
gage stability leads to increased weight hence difficulty in sliding the gage
as a result of increased friction. If you have a print that needs a 2D
measurement, a digital height gage with a 2D measurement feature is the tool
for you. By rotating the 2D measurement feature 90 degrees and measuring the
same points, you can get the diagonal measurements with ease.

A height gage with calculation abilities makes it easy to
get the measurement between centers. This calculation power allows the height
gage to memorize the lowest and highest points within a single sweep. You can
also interchange the ball probe with smaller ones to enable the gage to reach
narrow slots. Measuring the bottom edge of a groove or slot was near impossible
until a microprocessor combined with a ball probe to cover for the ball
diameter was brought into the market. This combination makes measuring the
distance between two centers easier and quicker. 

Other Measurements

Most new height gages have a horizontal offset or special
probes that make it possible for the gage to measure angles during quality
checks. Other new height gage models can input the output from some linear
displacement devices like indicators. This input enables the displays to show squareness,
as well as straightness.

Data and Output

New height gages offer ways to make easy programs that take
an operator through pre-measured points in order to make sure the same
positions are measured all the time, not overlooking a single measurement. 

There is no arguing that modern height gages are the new
wave and with so many capabilities, owning one for your business will only
prove beneficial to you.