Search

Sciemetric revolutionized in-process testing and process monitoring for powertrain in the early 1990s and it remains core to our manufacturing solutions. Learn how we make your engines and drivetrain better.

• Automotive Powertrain
• Engine Manufacturing
• Axle Manufacturing
• Transmission Manufacturing

The engine manufacturer had issues with inconsistent transmission quality causing unwanted noise and vibration. Sciemetric’s proven NVH test was seamlessly integrated onto their existing EOL test to detect issues such as, valve noise, missing bearings, timing problems, gear and loose rubbing parts in addition to having all data stored in a central location for complete traceability. Read the Application Note to learn more.

• Resources
• Application Notes
• sigPOD
• Automotive Powertrain
• Transmission Manufacturing
• Sound & Vibration (NVH)
• Process Monitoring
• Engine Manufacturing
• Process Monitoring

Sciemetric’s process monitoring system was used to successfully detect piston cooling nozzle defects early in the assembly process. Detects all missing, blocked or obstructed cooling nozzles, measures high and low pressure and provides real-time ‘PASS’ or ‘FAIL’ results to the operator. Installation of the system resulted in the diesel engine manufacturer, decreasing end-of-line repair costs, customer warranty claims and more. Read the Application Note to learn more.

• Resources
• Application Notes
• sigPOD
• Engine Manufacturing
• Automotive Powertrain
• Process Monitoring
• Improve Quality
• Contain Defects
• Process Monitoring

A major automotive integrator was unable to test any one of four engine blocks right after piston insertion and defects being found after final engine assembly were causing expensive teardowns. Sciemetric easily installed a test and analysis system using laser scanning to verify the engine blocks to ensure correct positioning and accurately find defects such as under or oversized and bent pistons. Read the Application Note to learn more.

• Resources
• Application Notes
• sigPOD
• Process Monitoring
• Profile
• Automotive Powertrain
• Engine Manufacturing
• Contain Defects
• Process Monitoring

Fuel rail defects for a leading automotive manufacturer were traced to the improper insertion of fuel injectors into the fuel rail. The recurring defects were not found until late in assembly and represented a potential warranty issue as the injectors and fuel rails would experience premature wear due to the improper insertion. This risk along with high teardown and repair costs led the manufacturer to look for an efficient, reliable and effective way to monitor the simultaneous insertion of the three fuel rail injectors into the fuel rail. Read the Application Note to learn how Sciemetric fixed the problem.

• Resources
• Application Notes
• sigPOD
• Press-Fit
• Process Monitoring
• Engine Manufacturing
• Automotive Powertrain
• Process Monitoring

A major engine manufacturer was experiencing customer complaints and costly warranty repairs and quickly required a solution that could detect defects early in the Short Block assembly process, specifically defects caused by crankshafts. Sciemetric’s Short Block Crank Torque to Turn test measures the torque as the crank is rotated, applying advanced algorithms for consistent and reliable detection of defects such as contaminated bearings, debris, incorrect fit, bent or nicked cranks, etc. Read the Application Note to learn more.

• Resources
• Application Notes
• sigPOD
• Process Monitoring
• Automotive Powertrain
• Engine Manufacturing
• Torque
• Process Monitoring

Many defects are best found in-process and not at the end of the assembly line. To help illustrate these possibilities on your line, the chart below identifies the areas in engine manufacturing where in-process testing can be done and the probability of identifying certain issues within those sections.

• Resources
• Infographics
• Process Monitoring
• Engine Manufacturing
• Process Monitoring

Downstream issues on the production line with leaks, non-secure parts and components, or unwanted noise and vibration can often be traced back to a flawed fluid dispense operation. The Sciemetric solution, using digital process signature analysis, allows manufacturers to identify faulty dispense operations as they occur and take corrective action. The result is reduced downtime, scrap, rework costs, warranty claims, and improved production efficiency and product quality.

• Resources
• Application Notes
• sigPOD
• Sciemetric EDGE
• Process Monitoring
• Dispense
• Medical Devices
• Electric Vehicles
• Automotive Components
• Automotive Powertrain
• Engine Manufacturing
• Transmission Manufacturing
• Off-Highway Vehicles
• Process Monitoring

At Sciemetric, we know engines inside and out. It’s where we started in manufacturing in the early 1990s. Today our systems ensure the quality of millions of engines every year, around the world. Find out why.

• Process Monitoring
• Industrial Analytics
• Leak Test
• sigPOD
• QualityWorX Data Collection
• Engine Manufacturing
• Automotive Powertrain
• Process Monitoring
• Traceability
• Leak Test
• Improve Quality
• Increase FTY
• Contain Defects
• Trace Root Cause
• Optimize Test Stations

Sciemetric 对发动机了如指掌。20 世纪 90 年代初，Sciemetric 因此进入制造领域。今天，Sciemetric 系统每年为全球数百万台发动机质量把关。发现原因。

• Process Monitoring
• Industrial Analytics
• Leak Test
• sigPOD
• QualityWorX Data Collection
• Engine Manufacturing
• Automotive Powertrain
• Process Monitoring
• Traceability
• Leak Test
• Improve Quality
• Increase FTY
• Contain Defects
• Trace Root Cause
• Optimize Test Stations