The Zebra VS40 Machine Vision Smart Camera automates production-line inspection, assembly validation and barcode capture for manufacturing and packaging applications. Integrated image processing, configurable illumination, ImagePerfect+ capture and industrial network connectivity support quality checks and traceability, with hardware options and licensed tools selected to suit the task.
The VS40 combines optics, image processing and illumination in one industrial camera. It can check component presence, inspect assembly orientation and read product identifiers, then send results to a programmable logic controller (PLC) or host system.
Suitability depends on whether the required feature is visible at the chosen working distance, lighting and production speed. Typical applications include:
Auto-Tune helps establish image settings during setup. ImagePerfect+ captures up to 16 images from one trigger event, with separate settings for focus, exposure, gain and illumination. This allows different features on the same item to be captured under different conditions.
Field-replaceable lighting modules are available in red, blue, infrared, white and a combined configuration. Filters, polarisers and external lighting can be considered where reflections or low contrast obscure the inspection area. The required module and accessories should be specified with the camera.
Multiple captures take time, so the image sequence must fit within the production cycle. Test representative parts, including reflective surfaces and normal positioning variations, before setting acceptance thresholds.
Zebra Aurora Focus provides the environment for configuring and running VS40 inspection jobs. QuickDraw allows tools to be created directly on an image, while Golden Image Compare supports troubleshooting by comparing a captured image with a reference recorded during setup.
Sensor, Standard and Advanced machine vision toolsets vary by SKU, meaning the exact orderable configuration. Confirm the required tools before ordering: the model name alone does not establish which inspection, decoding or text-reading functions are included.
Supported barcode formats include Code 128, UPC/EAN, Data Matrix, QR Code and PDF417, subject to the decoder package. Direct part marking (DPM) means codes marked directly onto a component. DPM reading and optical character recognition (OCR), which reads printed text, require the appropriate licensed capability; specify these requirements separately.
| Specification | VS40 configuration |
|---|---|
| 2.3 MP sensor | 1920 × 1200 pixels; monochrome; global shutter; up to 60 frames/second |
| 5.1 MP sensor | 2592 × 1952 pixels; monochrome; rolling shutter; up to 30 frames/second |
| Lens options | Standard range: 10.8 mm liquid lens; wide angle: 6.8 mm liquid lens |
| Ethernet | One or two M12 ports, depending on model; 10/100/1000 Mbps |
| Communication | EtherNet/IP, PROFINET, Modbus TCP, TCP/IP and RS-232 |
| Additional connections | USB 3.0 Type-C; 12-pin power/GPIO/RS-232; 5-pin external-light power/control/GPIO |
| Digital I/O | Up to nine: four opto-isolated and five non-isolated; GPIO6–8 unavailable in External Light Mode |
| Power options | 10–30 V DC, 36 W maximum; PoE, 13 W maximum; PoE+, 25.5 W maximum; USB-C, 5 V/3 A maximum |
| Dimensions and weight | 54 × 64 × 91.4 mm (H × W × D); 400 g |
| Operating temperature | 0–45°C with external DC power; 0–40°C with PoE; duty-cycle dependent |
| Environmental sealing | IP65 and IP67 |
Frame rates are maximum image-acquisition rates, not completed inspections per second. Actual throughput depends on exposure, image count, processing tools and communication. The VS40 specification sheet provides additional connector, optical and operating details.
Use industrial Ethernet or digital I/O to exchange triggers and inspection results with the machine controller. Integration requires the PLC model, selected protocol, signal requirements and timing between inspection and any reject mechanism to be defined.
A dual-Ethernet model allows control communication and image transfer to use separate connections. Image retention also requires a configured destination and storage policy; a second port does not provide an image archive by itself.
PoE is supported through the primary Ethernet port. Select the power source around the camera and connected accessory load, particularly when external lighting is required, and account for the I/O channels reserved by External Light Mode.
For moving products, evaluate the 2.3 MP global-shutter model first: a global shutter captures the image at the same instant across the sensor. The 5.1 MP rolling-shutter model offers more pixels but captures rows at different times, so movement and exposure need particular attention.
Match the lens to the available mounting distance and required field of view. A wider view covers more of the product but leaves fewer pixels across a small defect or barcode. Both sensor options are monochrome; direct colour identification requires a different camera configuration or system.
The Zebra VS20 Machine Vision Smart Sensor is a compact alternative when a 1280 × 800 monochrome image, one Ethernet connection and four I/O channels cover the task. Its ImagePerfect feature supports up to three images per trigger.
The VS40 adds higher-resolution sensor options, up to 16 images per trigger, optional dual Ethernet, replaceable lighting modules and additional I/O. Both families support software upgrades, so the decision should reflect imaging and connection requirements rather than an assumption that advanced tools are exclusive to the VS40.
For several inspection viewpoints or specialised processing beyond the available camera tools, assess a multi-camera or PC-based vision system.
At an assembly station, a trigger starts an inspection after a component enters the camera’s view. One tool checks that a retaining clip is present, while a licensed barcode tool reads the component identifier. The PLC receives the combined result and applies the configured release or reject sequence.
Commissioning should include acceptable parts, missing clips, wrong identifiers and unreadable codes at the intended cycle time. Define how the line responds to a failed inspection, a missing result or a communication fault.
Reading a code and checking its contents does not establish a formal barcode print-quality grade. If your process requires grading against a specified standard, include that requirement in the enquiry so the appropriate verification equipment can be assessed.
Potentially, but feasibility depends on the visible feature, material, viewing angle and illumination. Supply samples showing normal production variation. Image settings, polarisation or external lighting may be needed before the selected tools can distinguish acceptable and defective parts.
Zebra specifies a two-year hardware warranty from shipment against defects in materials and workmanship, subject to its warranty terms. Confirm any additional support coverage and the service arrangements included in the quotation.
MarvelTech supplies machine vision and industrial automation equipment and offers equipment and system maintenance, adjustments and support contracts. For a VS40 project, discuss the inspection requirements and agree the scope of configuration, integration and ongoing support with the quotation.
Pricing depends on the sensor, lens, lighting, Ethernet configuration, software licences and required accessories. Ask for the camera, cables, mounting hardware, power supply, installation and support to be identified separately where applicable, together with availability and delivery timing.
Request a VS40 quote using the enquiry form and include:
Send photographs, drawings or a short production video with these details so MarvelTech can assess suitability and recommend a configuration.
The VS40 suits component presence checks, assembly orientation checks, packaging inspection and product identification where the relevant features are visible to one camera. Its onboard processing sends configured inspection results to a controller or host system. Define the smallest defect and acceptable variation before selecting the hardware: detecting a missing component can require substantially less image detail than identifying a small assembly error.
Choose the VS40 when the application needs higher resolution, more capture settings, replaceable illumination or additional connections. Compared with the Zebra VS20 smart sensor, it offers up to sixteen images per trigger rather than three, plus optional dual Ethernet. Both families support licensed tool upgrades, so compare imaging and connectivity requirements alongside software capability.
Evaluate the 2.3 MP global-shutter model first for moving products: it exposes the image simultaneously across the sensor. The 5.1 MP rolling-shutter model provides more pixels but captures rows at different times, which can distort moving features. Select using the smallest inspection detail, field of view and motion conditions. Higher pixel count alone does not establish better measurement accuracy.
The 10.8 mm standard-range liquid lens provides a narrower view than the 6.8 mm wide-angle option at the same working distance. Wide angle helps fit larger products into the image when mounting space is limited, but spreads the available pixels over a larger area. Specify both the area to inspect and the smallest feature, including normal variation in product position and height.
Zebra Aurora Focus configures image capture, inspection tools and result communication. Available tools depend on the installed Sensor, Standard or Advanced toolset and applicable licences. Ask for the quotation to identify the functions required by your inspection, including decoding or text reading. Supported software upgrades can extend functionality, but do not change the sensor resolution, shutter type or physical connections.
Yes, with the appropriate inspection tools and licensed decoding or optical character recognition (OCR) functions. Direct part marks are codes formed on the component itself; OCR reads text. Test both against representative surfaces and print variation. Reading barcode data does not establish a formal print-quality grade. If identification is the only requirement, compare stationary industrial barcode scanners before specifying a vision camera.
ImagePerfect+ captures up to sixteen images per trigger with separate focus, exposure, gain and illumination settings. This can help when different inspection features need different capture conditions. Reflections that obscure a feature still require suitable lighting geometry, polarisation or repositioning. Select the replaceable lighting module and any external illumination using actual parts, including acceptable variation in surface finish.
No. The specified maxima of 60 frames per second for 2.3 MP and 30 frames per second for 5.1 MP describe image acquisition. Completed inspections also depend on exposure, images per trigger, processing, decoding capability and result communication. Validate the configured job at production speed, including whether the controller receives its decision before the product reaches the reject or transfer point.
The VS40 supports EtherNet/IP, PROFINET and Modbus TCP, alongside TCP/IP, RS-232 and digital I/O. A dual-Ethernet configuration allows control communication and image transfer to use separate connections. Specify the PLC model, trigger method, result format and response timing. Image archiving also needs a configured destination and retention policy; the second Ethernet port provides connectivity rather than an archive by itself.
Specify a compatible PoE or PoE+ supply, or external 10–30 V DC power, matched to the camera and accessory load. Include mounting hardware, Ethernet cabling and any power/I/O or external-light cables. PoE uses the primary Ethernet port. The VS40 offers up to nine configurable I/O channels, but GPIO6–8 are unavailable as general-purpose I/O when External Light Mode is enabled; account for this when allocating machine signals.
Zebra specifies IP65 and IP67 sealing, with operating temperatures of 0–45°C using external DC power or 0–40°C using PoE, subject to duty cycle. Assess temperature at the mounting position during sustained operation. The sealing ratings alone do not establish compatibility with a particular cleaning chemical or washdown process. Specify those conditions and leave access to clean the optical window.
Provide acceptable and defective samples or images, inspection criteria, product dimensions, smallest feature or code, working distance and cycle time. Include the PLC model, communication protocol, lighting conditions and image-retention requirements. Request an itemised configuration covering hardware, licences and accessories. Discuss installation and ongoing support through Marveltech’s industrial automation services, with the required scope and acceptance checks agreed in the quotation.
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