The Datalogic MX-E Series comprises industrial machine vision processors for multi-camera inspection, assembly verification, dimensional checks and automated quality control. GigE Vision connectivity, Power over Ethernet camera connections and IMPACT software bring images from multiple inspection points into one processor, with MX-E25, MX-E45 and MX-E90 configurations matched to camera count and processing requirements.
The MX-E separates image capture from processing: cameras mount around the product or machine, while a central processor runs the inspection programs. This architecture suits machine vision systems that need several viewing angles, different camera types or independent checks at multiple production stages.
A working installation also requires suitable cameras, lenses, lighting, mounting, power supplies and application programming. Processor selection depends on the images and inspection tools that must be handled within each production cycle.
Detection capability depends on feature size, image contrast, lighting, motion and the inspection program. Test representative acceptable and defective samples at the intended production speed before setting acceptance thresholds.
IMPACT provides more than 100 inspection tools and interface controls. Vision Program Manager configures image acquisition, inspection logic, measurements and result handling; Control Panel Manager supports customised operator panels for viewing results and adjusting application settings.
USB hardware keys enable the licensed processor configuration and software functions. Specify the required camera capacity, inspection tools and any add-on licences in the quotation; the presence of IMPACT software does not establish that every optional algorithm is enabled.
| Specification | MX-E25 | MX-E45 | MX-E90 |
|---|---|---|---|
| Camera configurations | 2 cameras | 2 or 4 cameras | 2, 4 or 8 cameras |
| Processor | Intel Celeron, 1.7 GHz, dual-core | Intel Celeron, 2.4 GHz, dual-core | Intel Core i7, up to 3.8 GHz, quad-core with Hyper-Threading |
| Memory | 8 GB DDR4 | 8 GB DDR4 | 32 GB DDR4 |
| Camera imager limit | 5 MP or lower | No imager-resolution ceiling stated in the family datasheet; camera and software compatibility still require verification | |
| Documented camera formats | Area scan | Area scan and line scan | Area scan and line scan |
| Digital inputs and outputs | 16 inputs and 16 outputs; choose a PNP or NPN model | 16 inputs and 16 outputs; choose a PNP or NPN model | 16 inputs and 16 outputs; configurable PNP/NPN |
| Cooling | Fanless | Fan-cooled | Fan-cooled |
| Published enclosure size | 270 × 130 × 255 mm | 270 × 130 × 255 mm | 145 × 192 × 230 mm |
The family specification includes a 128 GB SSD, Windows 10 IoT Enterprise and two 10/100/1000 Mbps LAN connections. Confirm the operating-system release, camera configuration and software entitlement for the ordered unit. Use its mechanical drawing to establish mounting orientation and cable clearances.
The MX-E25 is a candidate for one or two area-scan cameras within its 5 MP limit. Choose the MX-E45 when the application needs up to four cameras, supported line-scan acquisition or cameras exceeding that resolution limit. The MX-E90 adds quad-core processing and more memory for heavier workloads, with configurations supporting up to eight cameras.
Camera capacity is not a specified inspection rate. Resolution, exposure, simultaneous image transfers and tool execution time determine whether the selected processor can complete each inspection before the next product arrives.
Illustrative configuration: three 2 MP cameras checking an assembly from above and both sides make a four-camera MX-E45 a candidate. The MX-E45-4-P-2 specifies four camera ports, PNP I/O and Windows 10; sample-image testing must establish whether its processing capacity meets the required cycle time.
GigE Vision carries image data over Ethernet. Power over Ethernet, or PoE, also supplies compatible cameras through their Ethernet cable. Check each camera’s power requirement against the processor connection and use the specified cabling; trigger and lighting-control connections may still require separate wiring.
Area-scan cameras capture a complete rectangular image and are useful when the required view fits within one frame. For continuous webs or long moving surfaces, the documented M565, M570, M575 and M580 line scan cameras provide 2K to 8K greyscale imaging with MX-E45 and MX-E90 processors. These models require separate power and trigger connections rather than relying on processor PoE.
Line-scan acquisition builds an image row by row. Material speed, line rate and motion synchronisation must be coordinated to maintain the required spacing between captured lines.
The processors support EtherNet/IP, PROFINET, Modbus TCP and OPC communications, alongside digital I/O for triggers and inspection results. Match the selected protocol and software version to the PLC application. PNP outputs source current and NPN outputs sink current, so the processor variant must match the connected control circuitry.
The published supply requirement is 24 VDC ±25%, with an operating temperature range of 0 to +50°C. IP20 provides no rated water protection. Plan suitable enclosure protection for dusty or wet locations and sufficient ventilation for the processor, including the fan-cooled MX-E45 and MX-E90.
For one inspection view, the Datasensing P3x smart camera combines imaging and onboard IMPACT processing, with qHD, 2 MP and 5 MP models and IP65/IP67 protection. It is worth assessing when a separate processor and multi-camera architecture would add unnecessary installation requirements.
MX-E is the more relevant architecture when several cameras must share a processor or the application requires supported line-scan acquisition. A custom operator interface alone is not a reason to rule out a smart camera, since both platforms use IMPACT.
A GigE Vision interface is only part of the compatibility assessment. Check the exact camera model against the intended IMPACT version, processor, licence, image format and acquisition requirements. Provide camera part numbers and the existing software version when requesting an upgrade quotation.
IMPACT supports transferring configuration files between supported devices. Camera settings, available tools, I/O assignments and software versions still need review, followed by validation on the destination hardware.
MarvelTech supplies machine vision equipment and provides system adjustments, maintenance and support contracts. For an MX-E project, the quotation scope depends on the processor configuration, cameras, optics, lighting, software licences, connection accessories and agreed integration or support work. Request confirmation of availability, lead time, warranty terms and service coverage for the installation location.
Send MarvelTech the inspection task, acceptable and defective sample images, number of views, smallest feature to detect, required cycle time or conveyor speed, and available mounting space. Include existing camera and PLC models, trigger and reject requirements, software versions and the installation location to request a configuration recommendation and quotation.
Choose MX-E when several inspection views need to share one processor, such as component checks from multiple angles or separate packaging inspections along a machine. For a single view, a Datasensing P3x smart camera may simplify installation by processing images onboard. Both platforms use IMPACT, so base the choice on camera arrangement, inspection workload and integration requirements.
MX-E25 supports two cameras and limits camera resolution to 5 MP or lower. MX-E45 offers two- or four-camera configurations, while MX-E90 offers two, four or eight. MX-E25 and MX-E45 use dual-core Celeron processors with 8 GB RAM; MX-E90 uses a quad-core Core i7 with 32 GB RAM. Select the exact port configuration and assess processing demand, including planned additional inspections.
Measure the complete inspection cycle with the intended cameras and program. Camera frame rate and processor camera capacity do not establish completed inspections per second. Exposure, image transfer, tool execution and result communication all contribute to timing. Test with all required views active and representative difficult samples, allowing for the time needed to deliver a decision before the product reaches the reject mechanism.
Existing cameras are candidates for reuse, but a GigE Vision interface alone does not establish compatibility. Check the camera model, image format, resolution, triggering and intended IMPACT release against the selected processor configuration. Supported colour cameras can help distinguish product variants; monochrome cameras may suffice for edge or presence checks. Provide complete camera part numbers when requesting an upgrade assessment.
The documented M565, M570, M575 and M580 Datalogic line scan cameras are specified for MX-E45 and MX-E90. These greyscale cameras build images row by row, making them candidates for continuous webs, long surfaces and rotating products. Select line resolution and acquisition rate together, and coordinate image capture with material movement. Do not assume MX-E25 supports the same line-scan configuration.
No. Power over Ethernet, or PoE, carries image data and power through one Ethernet cable only for compatible cameras. A working system still needs suitable lenses, lighting, mounting and processor power, plus any required trigger and control wiring. Check camera power requirements and the selected port configuration; separately powered cameras require their own supply connections.
Specify the required IMPACT functions and hardware licence key alongside the processor. Vision Program Manager configures inspection logic, while Control Panel Manager creates operator interfaces. The published range includes separate Enhanced and Pattern Sorting Tool licence options, so an IMPACT installation does not establish entitlement to every tool. Identify required inspection algorithms and confirm their availability in the quoted software configuration.
Additional processing capacity does not by itself establish better accuracy or a smaller detectable defect. Results depend on camera resolution across the inspection area, lens performance, calibration, lighting and part positioning. For reflective or transparent materials, first establish whether the target feature remains distinguishable across normal production variation. Validate measurement tolerances and defect thresholds using representative parts rather than processor specifications alone.
MX-E supports EtherNet/IP, PROFINET, Modbus TCP and OPC, alongside 16 digital inputs and 16 outputs. MX-E25 and MX-E45 require a PNP or NPN variant; MX-E90 has configurable PNP/NPN I/O. PNP outputs source current, while NPN outputs sink it. Match the electrical interface to the machine circuitry and confirm protocol support, trigger handling and reject timing within the intended IMPACT configuration.
Its IP20 housing requires additional protection where dust or water exposure demands it. Published operating conditions are 0 to +50°C with non-condensing humidity, and the supply requirement is 24 VDC ±25%. MX-E25 is fanless; MX-E45 and MX-E90 use fans. Select enclosure protection and cooling together, accounting for cabinet temperature, airflow, cable entries and maintenance access.
Review the source and destination software versions, camera settings, licensed tools, I/O assignments and operator interface before transferring the application. A configuration that loads successfully still needs validation on the destination hardware. Retain a backup of the working installation, then check image acquisition, inspection thresholds, result communication and production timing before putting the replacement system into service.
Provide the inspection task, required views, smallest relevant feature, acceptance criteria, production speed and available mounting space. Include good and defective samples, camera and PLC models, software versions, and trigger or reject requirements. Use the MX-E configuration enquiry form to request an itemised scope covering cameras, optics, lighting, licences, connection accessories and engineering work, with availability and support terms confirmed.
The Datasensing P3x Series is an industrial machine vision smart camera range for automated quality inspection, assembly verification, measurement and positioning. Colour and monochrome models offer qHD, 2MP or 5MP imaging, on-board IMPACT processing and configurable optics and illumination for production-line inspection.
See DetailsThe Datalogic P2x-Series is an industrial machine vision smart camera for automated quality inspection, dimensional measurement, assembly verification, printed-text reading and robot guidance. Onboard IMPACT processing, monochrome or colour imaging and configurable optics allow manufacturers to build inspection stations around the component, available space and production cycle.
See DetailsThe Datalogic MX-E Series Line Scan Cameras provide 2K to 8K greyscale imaging for inline print inspection, web inspection and surface inspection of moving materials. Designed for use with MX-E45 and MX-E90 industrial vision processors, they capture continuous webs, long components and rotating surfaces line by line through a GigE Vision interface.
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