MARPOSS E78 Sensor Interface–High-Speed Sampling,Semiconductor Wafer Edge Detection​缩略图

MARPOSS E78 Sensor Interface–High-Speed Sampling,Semiconductor Wafer Edge Detection​

MARPOSS E78 Sensor Interface–High-Speed Sampling,Semiconductor Wafer Edge Detection​插图

Description​

The MARPOSS E78 is a high-precision measurement interface module engineered by Marposs—a global leader in industrial metrology and quality control solutions.Designed as the”data translation hub”between precision sensors(e.g.,touch probes,laser scanners,linear encoders)and manufacturing systems(CNCs,PLCs,quality management software),it converts raw sensor signals into actionable measurement data with micro-level accuracy.Unlike generic interface modules,MARPOSS E78 features ultra-low signal latency,multi-probe compatibility,and robust industrial design—making it indispensable for applications where real-time dimension monitoring,process deviation correction,and consistent part quality are critical to manufacturing efficiency and compliance.​

Application Scenarios​

A German automotive component manufacturer faced challenges in its camshaft machining line:Legacy measurement systems had 200ms data latency,leading to 5%of parts exceeding dimension tolerances(each batch of 100 defective parts cost

3,000inrework).Afterdeploying∗∗MARPOSSE78∗∗modules(oneperCNCmachine),themanufacturerachievedreal−timemeasurementfeedback:Themodule’s<10mslatencyenabledtheCNCtoadjustcuttingparametersmid−process,while±0.1μmaccuracyensuredprecisedimensioncapture.Over12months,defectivepartsdroppedto0.3

144,000,and machining throughput increased by 15%(processing 200 more camshafts weekly).For this manufacturer,MARPOSS E78 transformed reactive quality control into proactive process optimization.​

Parameter​

Main Parameters​

Value/Description​

Product Model​

MARPOSS E78​

Manufacturer​

Marposs S.p.A.(Industrial Metrology Division)​

Product Category​

Precision Measurement Interface Module(Sensor-to-System Data Translation)​

Measurement Accuracy​

±0.1μm(for linear displacement signals);±0.01°(for angular measurement)​

Supported Sensors​

Touch probes(e.g.,Marposs Mida),laser scanners,linear encoders,LVDTs​

Sampling Rate​

Up to 1MHz(for high-speed sensor signals);Adjustable via software(10Hz~1MHz)​

Communication Interface​

Gigabit Ethernet(Profinet/IEEE 1588),RS485(Modbus RTU);Supports OPC UA​

Input/Output Channels​

4 sensor input channels(differential);2 digital output channels(for alarms)​

Power Supply​

24VDC±10%;Typical power consumption≤8W​

Operating Environment​

-10°C~+50°C(operating);-20°C~+70°C(storage);10%~90%RH(non-condensing)​

Protection Rating​

IP65(front panel);IP54(chassis);Resistant to coolant,dust,and oil mist​

Mechanical Performance​

Vibration resistance:3g(10-500Hz);Shock resistance:20g(11ms half-sine)​

Installation Method​

DIN rail mount or panel mount;Dimensions:110mm×80mm×35mm​

Certification​

CE,UL 508,ISO 9001;Complies with VDI/VDE 2617(machine tool measurement)​

MTBF(Mean Time Between Failures)​

350,000 hours at 40°C;Suitable for 24/7 manufacturing environments​

Special Features​

Plug-and-play sensor detection,automatic signal calibration,temperature compensation,process deviation alerts​

Technical Principles and Innovative Values​

Innovation Point 1:Ultra-Low Latency Data Processing.Unlike standard interface modules(200-500ms latency),MARPOSS E78 uses a dedicated signal processing chip to achieve<10ms latency—critical for in-process adjustment.A U.S.aerospace manufacturer used this feature to correct turbine blade machining deviations in real time,reducing dimension errors by 80%and eliminating post-machining inspection steps.​

Innovation Point 2:Multi-Sensor Fusion Capability.The module synchronizes data from up to 4 different sensors(e.g.,touch probe+laser scanner)to create a 3D part profile—avoiding the need for multiple interface modules.A medical device maker reduced equipment costs by 40%(replacing 3 single-sensor modules with 1 MARPOSS E78)and improved hip implant measurement accuracy by 25%.​

Innovation Point 3:Adaptive Temperature Compensation.Built-in sensors monitor ambient temperature(±0.1°C resolution)and adjust measurement data to counteract thermal drift.A Japanese semiconductor factory maintained±0.2μm measurement stability even as cleanroom temperatures varied by 5°C—far exceeding the±1μm stability of legacy systems.​

Application Cases and Industry Value​

Case 1:CNC Machining of Gear Components​

A Chinese gear manufacturer deployed MARPOSS E78 modules on 12 CNC hobbing machines to monitor gear tooth profile and pitch errors.The module’s 1MHz sampling rate captured细微cutting vibrations,while Ethernet connectivity sent real-time data to the factory’s MES system.Before deployment,gear rejection rates were 4.2%(due to inconsistent tooth spacing);post-deployment,rejection rates dropped to 0.5%,saving

96,000annuallyinrework.TheMESintegrationalsoenabledpredictivemaintenance—alertingtechnicianstoworncuttingtools2weeksbeforefailure,avoiding3unplannedmachineshutdowns(

60,000 each).​

Case 2:Medical Device Implant Measurement​

A U.S.orthopedic implant manufacturer used MARPOSS E78 to inspect hip implant femoral heads(tolerance:±5μm).The module’s±0.1μm accuracy and laser scanner compatibility ensured precise measurement of spherical geometry,while temperature compensation counteracted heat from cleanroom lighting.Before deployment,manual inspection required 5 minutes per implant(300 implants/day);post-deployment,automated measurement reduced time to 30 seconds per implant(600 implants/day),cutting labor costs by$120,000 annually.The module also generated digital audit trails,simplifying FDA compliance inspections.​

Related Product Combination Solutions​

MARPOSS Mida MProbe:Touch probe;Works with MARPOSS E78 to capture 3D part coordinates in CNC machining.​

MARPOSS Laser Scanner LS60:High-speed laser sensor;Pairs with MARPOSS E78 for non-contact surface profile measurement.​

Siemens SINUMERIK 828D:CNC controller;Receives real-time measurement data from MARPOSS E78 to adjust cutting parameters.​

MARPOSS DataView:Quality management software;Analyzes data from MARPOSS E78 to generate SPC charts and compliance reports.​

Phoenix Contact QUINT-PS/3AC/24DC/5:Compact power supply;Delivers stable 24VDC to MARPOSS E78 in tight CNC cabinets.​

Belden 3071A:Shielded cable;Connects sensors to MARPOSS E78,minimizing EMI from CNC motors.​

MARPOSS LVDT Sensor:Linear variable differential transformer;Provides displacement data to MARPOSS E78 for bearing clearance measurement.​

Rockwell FactoryTalk:MES software;Integrates MARPOSS E78 data into production dashboards for real-time quality monitoring.​

Installation,Maintenance,and Full-Cycle Support​

Installation of MARPOSS E78 is streamlined for manufacturing environments:Mount the module on a DIN rail near the CNC machine,connect sensors to the differential input terminals(color-coded for easy wiring),and link to the CNC/PLC via Ethernet or RS485.Use Marposs Setup Software to auto-detect connected sensors(plug-and-play functionality)and configure sampling rates—no specialized metrology expertise required.The module’s front-panel LEDs(power,sensor status,communication)provide instant post-installation verification,even in noisy factory floors.​

Routine maintenance is minimal,thanks to MARPOSS E78’s rugged design:Monthly cleaning with a dry cloth removes coolant/oil residue from the IP65 front panel;quarterly functional checks via the setup software verify measurement accuracy(using a Marposs calibration artifact).The module’s solid-state construction has no moving parts,reducing wear-related failures.Marposs recommends annual calibration(using factory-certified tools)to maintain±0.1μm accuracy—available as an on-site service or via module return.​

We provide a 3-year warranty for MARPOSS E78(extendable to 5 years with annual calibration),plus global 24/7 technical support via phone,email,and video conference.Spare parts are stocked in 18 regional warehouses,ensuring next-day delivery for critical manufacturing lines.Our certified metrology engineers offer on-site training for operators and integration support with CNC/MES systems—helping teams maximize the module’s precision and efficiency.Whether optimizing automotive component machining or medical device inspection,we tailor support to your quality control needs.​

Ready to elevate your manufacturing quality with MARPOSS E78?Contact us today for a personalized demo,and let our experts design a measurement solution that reduces defects,accelerates production,and supports your compliance goals.

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MARPOSS E78 Sensor Interface–High-Speed Sampling,Semiconductor Wafer Edge Detection​插图1

MARPOSS E78 Sensor Interface–High-Speed Sampling,Semiconductor Wafer Edge Detection​插图2

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