Develop daily and weekly master production schedules based on capacity and demand from the SIOP forecast.
Release work orders, stage materials, and print production papers.
Balance labor and machine availability to optimize throughput and related costs.
Manage customer order portfolios, prioritization, and backlogs.
Analyze MRP messages and resolve shortages or delays.
Monitor and report performance KPIs, particularly quantities leaving production or arriving at service centers as scheduled.
Update the system with accurate data, such as lead time.
Optimize inventory levels and related cost elements, such as provisions, for relevant items.
Ensure optimal inventory levels to meet local demand without overstocking.
Ensure intralogistics activities comply with safety regulations and standards, including Safety, SBS, and SIOP.
Identify and adopt system and process changes to enable efficiencies and standardization.
Escalate incomplete or inaccurate data input through the escalation process to address process gaps.
Develop daily and weekly master production schedules based on capacity and demand (from SIOP forecast loaded). Release of work-orders, the staging of materials, the printing of production papers. Balance labor and machine availability to optimize throughput and related costs. Manage customer order portfolios, prioritization and backlogs. Analyze MRP messages and resolve shortages or delays. Data Analysis: Monitor and deliver against performance KPIs, particularly quantities leaving production / arriving at service centers as scheduled. Updating the system with accurate data (e.g. leadtime). Inventory Management: Optimize inventory level and related cost elements (e.g. provision) for all relevant items. Inventory mgmt: Ensure optimal inventory levels to meet local demand without overstocking. Compliance: Ensure all intralogistics activities comply with safety regulations and standards (e.g. Safety, SBS, SIOP). Process Improvements: Work to identify and adopt changes to the system and process to enable efficiencies and standardisation. Escalate through the escalation process if data input is incomplete or inaccurate to ensure gap in processes are addressed.
HBK has signed an agreement to acquire Sentech, a leading provider of precision position and speed sensing technologies, strengthening our capabilities in embedded sensing across aerospace, energy, defence, and industrial markets.
The next generation in sound and vibration data acquisition.
18/03/2026 HBK - Hottinger, Bruel & Kjaer
Designed to meet the evolving needs of engineers and researchers, Hottinger Brüel & Kjær's (HBK) latest innovation in sound and vibration measurement - Fusion-LN - has expanded its product line with a 12-channel module, which is available now for delivery.
Fusion-LN introduces a streamlined approach to data acquisition, supporting applications across aerospace and defence, telecom, audio, industrial, and automotive sectors. Its modular design and intuitive interface enable users to adapt quickly to changing test requirements without compromising accuracy or reliability.
A key function is that owners of HBK's LAN-XI data acquisition tool can preserve current capabilities and past investments, as Fusion-LN has backwards compatibility with LAN-XI. Operators are now also able to place Fusion-LN modules - combined with LAN-XI modules - in the same frame, which provides a seamless upgrade and allows them to expand their system, instead of replacing it.
As industries face increasing demands for precision and efficiency, Fusion-LN provides engineers with a platform to simplify complex measurement tasks, while ensuring scalability for their future challenges.