AW-Lake and KEM Flow Measurement are combining under the KEM brand, integrating their US and German engineering, manufacturing, calibration, applications, and international service operations.
After more than 40 years of cooperation and shared ownership within TASI Measurement, the companies will begin a progressive brand and organisational transition. Existing customer contacts and day-to-day operations are expected to continue while product, commercial, and technical systems are aligned.
AW-Lake has developed industrial flow measurement equipment and application support around its North American operation, while KEM supplies precision flowmeters and associated engineering from Germany. Their combined portfolio serves chemical, pharmaceutical, energy, automotive, hydraulic, test, machinery, and general process applications.
The merged organisation will offer a broader selection of measurement principles through one technical and commercial structure. Customers will also gain access to a larger engineering group able to assess unusual fluids, pressure and temperature conditions, communications, installation constraints, calibration, and lifecycle support.
Flow measurement performance depends on far more than nominal pipe size and flow range. Fluid viscosity, conductivity, contamination, density, temperature, pressure, pulsation, pipe geometry, required response, turndown, and allowable pressure loss can determine whether a selected instrument remains accurate and reliable.
Integration extends beyond the product catalogue
Instrumentation suppliers are being asked to support digital communication, diagnostics, calibration records, cyber security, and remote maintenance alongside the sensing element. Maintaining those capabilities requires investment in electronics, software, protocols, testing, and service systems that can be difficult to sustain across a narrow product family.
Combined engineering resources may allow AW-Lake and KEM to use common electronic and communication platforms while retaining different sensing technologies for specific fluids and duties. Any portfolio rationalisation will need to preserve specialist products and application knowledge where customers depend on equipment that has been installed for many years.
Manufacturing and quality systems will require careful alignment. Calibration methods, material specifications, drawings, supplier approvals, software versions, and documentation may have developed separately despite the companies’ shared ownership, leaving substantial work behind the visible change in branding.
Digital field communication is becoming more prominent in process measurement. ABB’s supply of Ethernet-APL enabled flowmeters for a major energy project shows how higher bandwidth connectivity and remote diagnostics are extending deeper into process plants.
Large numbers of operating facilities will continue using analogue signals and established industrial protocols for years, so the merged organisation must support new connected products without making existing equipment unnecessarily difficult to maintain. Migration and compatibility may be more valuable than adding communications features that a customer’s control system cannot yet use.
Calibration remains central to every product family. An instrument manufactured to a stable design still needs comparison against a suitable reference, while regulated or safety critical users require traceability, documented uncertainty, and evidence that the calibration conditions represent the intended application.
Application engineering becomes more important where fluids are abrasive, corrosive, highly viscous, electrically non-conductive, contaminated, or sensitive to shear. An instrument selected from catalogue data without examining the process can produce unstable readings, excessive pressure loss, or premature mechanical wear.
Local technical support will need to survive the organisational transition. A larger international engineering group provides access to more expertise, but customers still require timely assistance from people who understand the installed equipment, local standards, and operating conditions.
Brand and legal changes may trigger administrative work for established users. Model numbers, manuals, calibration certificates, approved supplier records, and maintenance procedures often identify a specific manufacturer, requiring controlled updates even when the physical instrument remains unchanged.
Manufacturing consolidation could create opportunities to share machining, electronics assembly, purchasing, testing, and inventory, although the benefits depend on genuine process commonality. Instruments using different materials, tolerances, clean production requirements, and calibration rigs cannot be combined simply by placing them under one operating name.
The merger gives KEM a wider international platform and expands the technical range available to AW-Lake customers. Its performance will depend on how effectively engineering records, manufacturing systems, calibration, product support, and commercial responsibilities are brought together.
Customers will first encounter the transition through documentation and branding, while the more consequential work proceeds inside the combined organisation. Reliable continuity will require every product record, software version, calibration method, and support obligation to remain visible as two longstanding operations become one.
