Mechanical Engineering
3D Design
2D Drawings
Analyses and Simulations
Mold Design & Execution
3D components modelling
Sealing adapt (O-ring and Ceramics)
Flow simulations
PPAP documents
2D component drawings
Collision calculations
Rapid prototyping
Design & Machining of Injection Molds
Electrical Engineering
Schematic Design
Layout Design
Circuit Simulations
EMI Tests
Schematic design
Layout design
Circuit simulations
Prototype plantation
Special tests and approvals
EMI tests
Software Engineering
Programming
Communication interfaces
Interface design
Controllers
Firmware programming
Languages: Assembly, C, C++, C#
OS: Windows, IOS, Android, Linux
Digital Signal Processing (DSP)
Controllers: TI MSP430, Atmel
Radio transmission
Bus systems
Mechanical Production
Injection Molding
Mechanical processing
Special tools
Testing bench assembly
Injection molding
Mechanical processing: drilling,
surface finishing
Special tools
Testing bench assembly
Assembly
Subassembly
PCB plantation
Firmware flashing
Final assembly
Subassembly: Cable harnessing,
Sub. Piezo, Sub. Temperature sensor,
Sub. Pressure sensor
PCB plantation
Firmware flashing with
special communication devices
Final assembly
Labelling: Product and Box
Testing and Calibration
Calibration
Tests
Special tests
Final test
Calibration
Product testing: Leakage tests, Flow tests,
Temperature tests, Pressure tests
Special tests: Endurance tests, Abrasion tests
Shaking tests, Shock tests
Final tests
Quality
Standard documentations
Low failure rate
Quality inspection
Pareto table
Automotive standards: PPAP (Design record, Design FMEA, Process FMEA, Control Plan, MSA, COA, Special tests), EMPB, APQP
Failure rate requirement: 100 ppm
Target failure rate in production process: 0
Pareto table
Quality inspection in every production phase (documented inspection)
ISO:9001, ISO:14000
Our products use the Ultrasonic Measuring Technology. The measurement is realized by two piezo transducers based on the "time of flight" principle (TOF). The piezo transducers are controlled by an electronic board (PCB). The flow meter operates by alternately transmitting and receiving a burst of ultrasonic sound between the two transducers and measuring the transit time that it takes for the sound to travel between the two transducers. The fluid influences the speed of the sound signal depending on the direction. The difference in the measured transit time is directly and exactly related to the velocity of the liquid in the pipe.