How Many Megapixels Does a Machine Vision Lens Need? 5 MP vs 10 MP vs 25 MP Lenses for Industrial Cameras

When buyers compare industrial optics, one of the most common questions is simple: how many megapixels should a machine vision lens support? A 5MP machine vision lens, 10MP machine vision lens, and 25MP machine vision lens can all be appropriate for industrial cameras, but they are designed for different imaging requirements. The correct choice depends on camera resolution, sensor format, pixel size, field of view, working distance, focal length, inspection accuracy and the smallest feature that must be detected.

For manufacturers, OEM machine builders, automation engineers and system integrators, choosing the highest lens megapixel specification available is not automatically the best strategy. A higher-resolution lens can provide value when the camera and application need it, but unnecessary overspecification can increase cost without creating a meaningful inspection benefit. At the same time, pairing a high-resolution industrial camera with a lens that cannot reproduce comparable optical detail can prevent the camera from delivering its full performance.

The objective should therefore be to match the machine vision lens resolution to the complete imaging system.

A well-designed industrial inspection system connects optical resolution with camera pixel density, sensor dimensions, physical field of view and minimum detectable feature size. When these parameters are properly matched, the system can convert camera megapixels into useful visual information for defect detection, measurement, quality inspection, OCR, component verification, positioning and factory automation.

Kyptec Automation® provides Machine Vision Lens families across multiple resolution levels, including 5 MP, 10 MP and 25 MP options, allowing buyers to select optical performance according to the actual camera and inspection requirement rather than using a single lens class for every machine.

What Does the Megapixel Rating of a Machine Vision Lens Mean?

When an industrial lens is described as 5 MP, 10 MP or 25 MP, the number helps indicate the class of optical resolution the lens is intended to support.

However, the lens does not contain pixels.

Pixels belong to the camera sensor. The lens forms an optical image on that sensor. Its role is to preserve enough spatial detail and contrast for the sensor to sample effectively.

This distinction is fundamental when selecting a high resolution machine vision lens.

A camera may contain 10 million or 25 million pixels, but if the lens cannot transfer sufficiently fine detail onto those pixels, the extra sensor resolution cannot be fully utilized. The resulting image may contain more digital samples without a proportional increase in actual optical information.

Similarly, a high-resolution lens used with a much lower-resolution camera may provide more optical capability than the sensor can capture.

Therefore, lens megapixel ratings should be treated as part of a compatibility decision rather than as a standalone measure of final inspection performance.

Does a 10 MP Camera Always Need a 10 MP Lens?

Not necessarily as a strict numerical rule, but the lens must have sufficient resolving capability for the camera's sensor architecture and application.

This is why buyers searching for the best lens for 10MP industrial camera should not look only at the number printed in the lens description.

Pixel size matters.

A 10 MP camera with a relatively large sensor can have larger pixels than another 10 MP camera using a smaller sensor. The optical demands on the lens can therefore differ even though the total pixel count is the same.

The correct question is whether the lens can provide enough detail and contrast for the camera's pixel pitch, sensor area and required inspection feature size.

For practical purchasing, selecting a lens family designed around the relevant resolution class is often a sensible starting point, but sensor format and pixel density should always be verified.

Camera Megapixels and Lens Megapixels Are Not the Same Thing

A machine vision camera resolution specification tells the buyer how many pixels are available to sample the image.

A lens-resolution specification indicates the optical class intended to support those pixels.

These specifications solve different parts of the imaging problem.

Suppose a camera has a very high pixel count but the inspected product occupies only a small part of the image. The additional sensor resolution may help because more pixels can represent the product.

However, if the lens cannot resolve the corresponding small optical details, the extra camera pixels provide less benefit than expected.

Conversely, a high-resolution lens cannot compensate for an inadequate camera resolution if there are too few sensor pixels across the smallest feature.

The best machine vision camera lens combination is therefore a balanced system in which the optics and sensor support each other.

Why Pixel Size Can Matter More Than Megapixel Count

Pixel pitch is one of the most important specifications in high-resolution machine vision.

Smaller pixels allow the sensor to sample finer spatial detail, but they also place greater demands on the optical system.

This is why machine vision lens for small pixel camera is an important search and engineering consideration.

If two cameras have the same total megapixel count but one uses a physically smaller sensor, that smaller sensor may contain smaller pixels. The lens must reproduce sufficiently fine details for those pixels to provide useful additional information.

As camera pixels become smaller, lens resolving performance becomes increasingly important.

For buyers, this means camera resolution should never be communicated without sensor format and pixel size when specifying a precision optical system.

Why Field of View Determines How Much Resolution You Need

The number of megapixels required by an inspection system depends heavily on the physical area being observed.

Imagine a camera with a fixed horizontal resolution.

If the field of view is 50 mm wide, its pixels are concentrated over those 50 mm. If the same camera captures a 500 mm field, those pixels are spread across ten times more object width.

A small defect therefore occupies far fewer pixels in the wider image.

This is one reason buyers seek a high resolution lens for industrial inspection when they need both wide coverage and small-defect detection.

The optical requirement becomes more demanding as the ratio between total inspection field and smallest relevant feature increases.

A system inspecting an entire large component while detecting tiny surface defects may require substantially more camera and lens resolution than a system inspecting a small region for a relatively large defect.

Megapixels therefore make sense only in relation to the physical field of view.

Start With the Smallest Defect, Not the Lens Megapixel Number

The most effective way to determine whether 5 MP, 10 MP or 25 MP optics are required is to begin with the smallest feature that matters.

For a machine vision lens for defect detection, engineers should identify the physical dimensions of the minimum relevant crack, scratch, pit, edge irregularity, missing component, print defect or dimensional change.

Then determine the total physical field that must be inspected.

The camera should provide enough pixels across the field for the minimum feature to occupy a useful number of pixels. The lens must then transfer that level of optical detail with sufficient contrast.

This approach connects real manufacturing requirements to camera and lens resolution.

It is much more reliable than beginning with the statement, “We want a 25 MP camera because higher resolution must be better.”

When Is a 5 MP Machine Vision Lens Enough?

A 5MP machine vision lens can be entirely sufficient for many industrial inspection systems.

Applications do not automatically require extreme optical resolution simply because machine vision is involved.

A 5 MP lens can be appropriate when the camera uses a compatible moderate-resolution architecture, the field of view is controlled and the smallest inspection features are large enough to be represented adequately.

Applications may include presence or absence inspection, general assembly verification, object positioning, packaging checks, basic dimensional inspection, sorting and other factory-automation tasks.

If the target feature already occupies a sufficient number of pixels, increasing lens resolution may not materially improve the inspection.

Kyptec Automation® currently provides 5 MP Machine Vision Lens models for 2/3-inch-format industrial camera systems, including focal lengths such as 8 mm, 12 mm, 16 mm, 25 mm and 35 mm. The 25 mm model, for example, is specified as a 5 MP, 2/3-inch, C-mount industrial lens.

This gives machine builders several field-of-view options without automatically moving to a higher-cost optical class.

When Should You Upgrade From 5 MP to 10 MP?

A move from 5 MP to 10 MP becomes worthwhile when the inspection system needs finer spatial detail or when the camera's sensor architecture requires more capable optics.

A 10MP machine vision lens is particularly relevant for higher-resolution cameras, smaller pixel pitches and applications where defects or measurement features occupy fewer pixels.

The upgrade may be justified when an existing 5 MP system cannot reliably distinguish small surface defects, accurately locate fine edges or retain enough detail over the required field of view.

It can also make sense when a new camera platform uses a 10 MP sensor and the objective is to use more of that sensor's available sampling capability.

Kyptec Automation® offers a wide 10 MP Machine Vision Lens range for both 2/3-inch and 1-inch formats. The current 2/3-inch family includes focal lengths from 8 mm through 50 mm, while the 1-inch 10 MP family includes 8 mm, 16 mm, 25 mm, 35 mm and 50 mm configurations.

This means buyers can increase optical resolution while still selecting focal length according to machine geometry.

Why 10 MP Is a Strong Middle Ground for Industrial Inspection

For many modern inspection systems, 10 MP represents a practical middle ground between moderate and very high optical resolution.

A 10MP industrial camera lens can support applications requiring substantially more detail than basic vision tasks while avoiding unnecessary overspecification when 25 MP performance is not needed.

This resolution class is relevant to automated surface inspection, component verification, electronics inspection, print inspection, OCR, dimensional measurement and general-purpose high-resolution quality control.

It can also provide useful headroom when an OEM wants to standardize a platform around higher-resolution cameras without immediately adopting a larger-format 25 MP architecture.

The correct choice still depends on pixel size and sensor format, but 10 MP optics can offer a strong balance for a broad range of industrial systems.

When Does a 25 MP Machine Vision Lens Become Necessary?

A 25MP machine vision lens becomes valuable when the camera and application genuinely demand substantially higher optical resolution.

This can occur when a system needs to capture a relatively large field while still resolving small defects, when a high-resolution sensor contains a large number of small pixels, or when precision inspection requires greater image detail.

Applications may include advanced electronics inspection, high-accuracy dimensional measurement, fine surface-defect detection, detailed component inspection and large-field imaging where smaller defects must remain clearly visible.

Kyptec Automation® currently provides a 25 MP Machine Vision Lens family designed around a larger 1.1-inch-format architecture, with focal lengths including 8 mm, 12 mm, 16 mm, 25 mm, 35 mm and 50 mm.

This enables high-resolution camera systems to select field of view independently from the resolution class.

A 25 MP lens should therefore be viewed as a solution for demanding imaging systems, not simply as a premium upgrade for every machine.

5 MP vs 10 MP Machine Vision Lens: What Is the Real Difference?

The 5MP vs 10MP machine vision lens comparison should focus on the level of detail the imaging system needs to preserve.

A 5 MP optical architecture can perform extremely well when the sensor and application do not require more resolution.

A 10 MP system can provide greater potential detail when paired with a suitable camera.

The benefit is most visible when the application contains image features small enough to make use of that improved optical performance.

If both lenses produce images where all important features already occupy sufficient clear pixels, the practical improvement may be limited.

If the 5 MP optics are the current bottleneck, moving to a 10 MP lens can improve usable image detail.

The correct way to decide is therefore through inspection requirements rather than megapixel preference.

10 MP vs 25 MP Machine Vision Lens: When Is the Upgrade Worth It?

The 10MP vs 25MP machine vision lens decision usually involves a more significant change in camera architecture.

KyptecAutomation®'s current 10 MP range includes both 2/3-inch and 1-inch options, whereas its 25 MP family is built around a larger 1.1-inch format.

This illustrates an important point: increasing lens megapixels often goes together with changes in sensor size, image circle and pixel architecture.

A 25 MP system can be worth the investment when the application requires very fine detail across a wide inspection area or when a large high-resolution sensor is necessary.

A 10 MP system may be more appropriate when the inspection requirement is demanding but does not need the additional spatial information available from the larger high-resolution architecture.

Buyers should therefore compare complete systems rather than only the 10 MP and 25 MP labels.

5 MP vs 25 MP: More Resolution Is Not Always Better

A 5MP vs 25MP machine vision lens comparison demonstrates why maximum specification is not automatically optimum specification.

If a vision station performs basic presence detection on relatively large features, a 25 MP lens may provide little useful benefit.

The camera, data bandwidth, storage, processing requirements and optical cost may all increase without improving the business outcome.

By contrast, if a production system must detect tiny defects across a large object, a 5 MP architecture may not provide enough usable detail.

The best system is therefore the one that meets the inspection requirement efficiently.

This is why machine-vision procurement should be based on required spatial resolution rather than on the assumption that a 25 MP lens is inherently superior to a 5 MP lens.

Sensor Format Must Match the Lens Resolution Class

Resolution is only one dimension of lens compatibility.

The machine vision lens sensor format must also be appropriate for the camera.

Kyptec Automation® currently offers its 5 MP conventional lens family for 2/3-inch formats, 10 MP lenses for both 2/3-inch and 1-inch formats, and 25 MP lenses for 1.1-inch formats.

This structure reflects the fact that higher-resolution systems may use different sensor architectures.

A larger sensor requires a larger usable image circle. The lens should also maintain sufficient image quality across that larger area.

Buyers should therefore verify both megapixel class and sensor format before ordering.

A 25 MP lens that does not match the camera's physical imaging architecture is not automatically the correct choice simply because the resolution number is high.

Why Image Circle Matters in High-Megapixel Systems

The machine vision lens image circle determines whether the optics can adequately cover the camera sensor.

As sensor formats grow, the lens must project a larger usable optical image.

This becomes increasingly important in 1-inch and 1.1-inch camera architectures.

A lens that supports only a smaller sensor may not provide acceptable performance across a larger imaging area.

Insufficient coverage can lead to problems toward the corners, while edge resolution can also become important even when the sensor is physically covered.

High-megapixel industrial inspection frequently depends on useful image quality across the entire frame rather than only at the center.

Therefore, the correct lens must support both spatial resolution and physical sensor coverage.

Why Focal Length Is Separate From Megapixel Rating

Focal length controls field of view and magnification.

Megapixel rating relates to the optical resolution class.

These are different specifications.

A buyer may need an 8mm machine vision lens for a wide field or a 50mm machine vision lens for a tighter field, while either focal length can potentially exist in different resolution families.

KyptecAutomation®'s portfolio illustrates this clearly. Its 5 MP, 10 MP and 25 MP families offer multiple focal lengths so buyers can choose geometry and optical resolution separately.

An 8 mm 25 MP lens is not simply a “better version” of an 8 mm 5 MP lens. It is intended for a different camera and resolution architecture.

Similarly, choosing 50 mm does not automatically increase optical resolution. It changes object magnification and field coverage.

This distinction is essential for proper machine vision lens selection.

How Working Distance Affects the Megapixel Decision

Working distance changes how much physical object area is captured through a particular focal length.

Moving a camera farther away normally increases the field of view for the same focal length. As field of view increases, the camera's pixels are distributed over more physical area.

This can increase the resolution needed to maintain the same defect detectability.

For example, an inspection station positioned close to a small component may perform well with a moderate-resolution lens. If the machine is redesigned so the camera is much farther away and the field expands significantly, the same camera and optical resolution may no longer provide enough pixels across the smallest defect.

Therefore, a machine vision lens for long working distance should be selected together with camera resolution and required field coverage.

Megapixel requirements can change when mechanical geometry changes.

How Many Pixels Should Cover the Smallest Defect?

There is no single universal number because reliable detection depends on contrast, shape, algorithm, lighting and inspection confidence.

However, the general principle is that a defect represented by more well-resolved pixels contains more image information than one represented by only a tiny number of pixels.

If a scratch occupies only one or two pixels, its shape and contrast can be difficult to distinguish reliably.

If the same scratch occupies substantially more pixels and the lens preserves its edges clearly, inspection becomes more robust.

This is why machine vision lens for small defect detection often requires a higher-resolution architecture when the field of view cannot be reduced.

The engineer should calculate object-space sampling and then validate inspection performance experimentally.

Which Megapixel Lens Is Best for Surface Defect Detection?

A machine vision lens for surface defect detection should provide enough optical resolution to preserve the dimensions and contrast of the smallest relevant surface feature.

For comparatively large scratches, stains, dents or coating defects over a controlled field, a 5 MP or 10 MP system may be sufficient.

For tiny pits, fine scratches or subtle defects spread across a large surface, a higher-resolution system can become advantageous.

The correct decision depends on defect size relative to field size.

A 25 MP lens may be justified when both wide coverage and fine detail are required. But if the inspection station can be divided into smaller fields, a lower-resolution optical architecture may still provide excellent performance.

The optical design should therefore follow the inspection strategy.

Which Megapixel Lens Is Best for Electronics Inspection?

A machine vision lens for electronics inspection often requires significant image detail because components, pins, connectors, markings and defects can be small.

A 10 MP lens can provide a strong platform for many electronics applications when the camera and field of view are appropriately matched.

A 25 MP lens becomes more relevant when the inspection needs very fine detail across a large assembly or uses a larger high-resolution camera sensor.

5 MP optics can still be appropriate for broader presence, position or assembly-verification tasks where the features are comparatively large.

Again, the application determines the requirement.

There is no universal “electronics megapixel.”

Which Megapixel Lens Is Best for Packaging Inspection?

A machine vision lens for packaging inspection may need anything from moderate to high resolution depending on what the station is inspecting.

Presence of a cap or label may require relatively modest detail.

Reading small printed information, detecting fine seal defects or inspecting complex package surfaces can require much more.

A 5 MP system can therefore be appropriate for general packaging checks, while a 10 MP system may support more detailed inspection.

A 25 MP architecture can be justified when a wide packaging field must contain substantial fine detail.

The correct resolution is determined by the smallest feature, not by the packaging application label.

Which Megapixel Lens Is Best for Dimensional Measurement?

A machine vision lens for dimensional measurement should provide enough resolution for the required measurement increment while also controlling other optical characteristics such as distortion and edge quality.

Higher resolution can increase the number of pixels representing an object edge, potentially supporting more detailed measurements.

However, measurement accuracy does not scale directly with megapixels.

Calibration, optical distortion, focus stability, working distance, mechanical vibration and edge contrast also contribute.

A 10 MP lens may be entirely sufficient for many measurement systems. A 25 MP optical architecture becomes useful when substantially finer spatial sampling is genuinely necessary.

The resolution target should therefore come from the physical measurement tolerance.

Which Megapixel Lens Is Best for AI Defect Detection?

A machine vision lens for AI inspection should provide stable, detailed and consistent visual information for the model to analyze.

AI does not automatically require 25 MP optics.

A classification model evaluating large features may work well with a moderate-resolution imaging system.

AI models detecting tiny scratches, texture variations or fine manufacturing defects may benefit from higher resolution when those details need more sensor pixels.

A stronger lens can help when optics are limiting image information, but increasing megapixels cannot fix poor illumination, motion blur or insufficient defect contrast.

The complete imaging system should therefore be optimized before assuming that AI requires maximum optical resolution.

Can a Higher-Megapixel Lens Improve Inspection Accuracy?

Yes, when lens resolution is a limiting factor.

If the existing optics cannot preserve the fine details the camera is capable of sampling, a higher-resolution lens can improve usable image information.

Edges may become better defined. Small features may retain more contrast. Fine surface details may become more distinguishable.

However, if the camera resolution, lighting, motion blur or focus is the actual bottleneck, simply increasing lens megapixels may produce little improvement.

This is why buyers should determine what is currently limiting machine vision inspection accuracy before upgrading components.

The correct upgrade solves the bottleneck.

Is It Safe to Use a Higher-Megapixel Lens With a Lower-Megapixel Camera?

In many cases, using optics with greater resolving capability than the camera strictly requires can work well, provided sensor format, image circle, focal length and mount compatibility are correct.

However, some optical capability may remain unused.

The question becomes one of cost, availability and future-proofing.

An OEM may intentionally standardize a higher-resolution lens across several camera variants to reduce part diversity or support future camera upgrades.

In that case, a high resolution industrial camera lens may provide strategic value even when the current sensor cannot exploit every aspect of its resolution.

The decision should be commercial as well as technical.

Why OEM Machine Builders Should Standardize Resolution Classes

OEM machine builders often operate more efficiently when lens specifications are standardized.

One machine tier might use 5 MP optics for basic inspection, another use 10 MP for general high-resolution inspection, and a premium configuration use 25 MP for demanding detail.

This creates a controlled optical architecture.

Standardizing machine vision lenses for OEM automation can simplify purchasing, validation, drawings, spares, documentation and service.

It also reduces the risk of engineers selecting unrelated lenses every time a new machine is configured.

KyptecAutomation®'s current 5 MP, 10 MP and 25 MP Machine Vision Lens families support this type of tiered system design.

How Kyptec Automation® Covers 5 MP, 10 MP and 25 MP Requirements

Kyptec Automation® provides a broad Machine Vision Lens portfolio designed around different industrial camera requirements.

For 5 MP applications, the range includes 2/3-inch-format C-mount lenses in multiple focal lengths. These are relevant to industrial imaging systems where moderate-to-high resolution is sufficient and compact sensor architecture is preferred.

For more demanding systems, Kyptec Automation® provides 10 MP lenses for both 2/3-inch and 1-inch formats. This gives engineers the flexibility to choose higher optical resolution without being restricted to one sensor size. The current 1-inch family includes 8 mm, 16 mm, 25 mm, 35 mm and 50 mm focal-length options.

For high-resolution applications, Kyptec Automation® provides 25 MP Machine Vision Lenses designed around the larger 1.1-inch format, with current options from 8 mm through 50 mm.

This portfolio structure allows buyers to choose focal length, sensor coverage and optical-resolution class according to actual machine requirements.

What Should Buyers Ask Before Purchasing a Machine Vision Lens?

Before buying an industrial camera lens, the engineering team should know the camera's sensor format, total resolution, pixel size, mount, required field of view, working distance and smallest inspection feature.

They should also know whether the inspection is primarily presence detection, defect detection, dimensional measurement, OCR, electronics inspection, surface inspection or another high-detail task.

This information makes it possible to determine whether 5 MP, 10 MP or 25 MP optics are appropriate.

A buyer who only asks for “the highest resolution machine vision lens” may receive a technically impressive component that is unnecessarily expensive for the application.

A buyer who specifies the imaging requirement can make a much more informed decision.

Is 5 MP Enough for Machine Vision?

Yes, for many applications.

A 5MP lens for industrial camera can provide excellent performance when the camera and physical inspection requirements fall within that resolution range.

The system should be upgraded only when the application requires more usable image detail.

If defects are clearly resolved, measurements are repeatable and the vision algorithm operates with adequate margin, increasing lens megapixels may not create a meaningful benefit.

5 MP should therefore not be treated as “low quality.” It is simply one optical resolution class.

Is 10 MP Enough for High-Resolution Industrial Inspection?

For many applications, yes.

A 10MP lens for industrial inspection can support a substantial range of demanding imaging tasks, especially when paired with an appropriate camera, sensor format and field of view.

It offers a strong middle position between 5 MP and 25 MP architectures.

For OEMs, 10 MP can be especially attractive because it is available across different sensor-format options within the Kyptec Automation® portfolio.

The actual suitability should still be confirmed from feature size and pixel density.

When Is 25 MP Worth Buying?

A 25MP lens for industrial camera is worth considering when the application can use the additional optical resolution.

This includes large high-resolution sensors, wide fields containing small features, fine defect detection and precision imaging where detailed object information is critical.

The higher resolution should solve a real inspection requirement.

If a 10 MP system already provides sufficient pixels across every important feature, moving to 25 MP may not significantly improve production results.

If 10 MP leaves the smallest defect poorly represented, 25 MP can become highly valuable.

That is the commercial distinction.

How to Decide Between 5 MP, 10 MP and 25 MP

The simplest decision framework begins with the object.

Define the smallest feature that must be detected or measured. Define the complete field of view. Determine how many camera pixels are needed across that field to represent the feature reliably.

Select the camera and note its sensor format and pixel pitch.

Then choose a machine vision lens for high resolution camera that provides adequate optical resolving capability and image-circle coverage.

After that, select focal length according to working distance and required field of view.

Finally, validate the system under real production lighting, speed and object-position variation.

This sequence prevents megapixel ratings from becoming a substitute for optical engineering.

Final Thoughts

The answer to “How many megapixels does a machine vision lens need?” is not automatically 5 MP, 10 MP or 25 MP.

The correct answer depends on how much optical information the industrial camera must capture.

A 5MP machine vision lens can be an excellent choice for general inspection, positioning, assembly verification and applications where moderate resolution already provides enough detail.

A 10MP machine vision lens can provide a strong high-resolution platform for more demanding defect detection, dimensional inspection, electronics, packaging and automated quality control.

A 25MP machine vision lens becomes particularly valuable for high-resolution industrial cameras, larger sensor formats, wide fields containing fine detail and applications where small defects must remain clearly represented.

The correct buying decision should always connect machine vision lens resolution, camera megapixels, pixel size, sensor format, image circle, focal length, field of view, working distance and smallest detectable feature.

Kyptec Automation® supports these different imaging requirements through a Machine Vision Lens portfolio covering 5 MP, 10 MP and 25 MP resolution classes, multiple sensor formats and a wide range of focal lengths. The current range includes 5 MP 2/3-inch configurations, 10 MP 2/3-inch and 1-inch configurations, and 25 MP larger-format configurations intended for demanding high-resolution industrial imaging.

For buyers searching for a machine vision lens, high resolution machine vision lens, industrial camera lens, C mount machine vision lens, 5MP machine vision lens, 10MP machine vision lens, 25MP machine vision lens, machine vision lens for defect detection, machine vision lens for dimensional measurement, machine vision lens for quality inspection, machine vision lens for factory automation, or best machine vision lens for high megapixel camera, the most important principle is simple: do not buy megapixels in isolation.

Buy the amount of optical resolution that the camera and inspection task can actually use.

That approach produces better technical matching, more predictable inspection performance and a stronger return on the complete machine vision investment.

CONTACT US:

Kyptec Automation®

 

C/o BalaJi Micro Technologies Pvt. Ltd.  

(A Unit of B.B. Group Of Companies)

Unit No:C-79, Upper Ground Floor,     

DDA Sheds, Okhla Industrial Area,    

Okhla Phase – 1, New Delhi – 110020, INDIA

Official website: https://www.kyptec-automation.com/

Email ID: [email protected]

Mobile: +91-9217165630