Lamerholm Electronics specialises in providing total solutions for companies looking to monitor and control their products and infrastructure. Utilising a wide range of standard products coupled with their engineering design and manufacturing capabilities they are able to offer companies the complete solution from simple damage deterrent labels through to fully integrated monitoring systems for a wide range of products and applications.

Lamerholm's measuring devices allow the life cycle of goods to be monitored in various working environments and throughout the entire supply chain. Their solutions are implemented at every stage, from the reception of components and materials, to monitoring their internal movement and storage to the despatch and delivery to their final destination.

As a company, Lamerholm has gained a highly respected reputation for product flexibility and customer satisfaction. All products are designed to help reduce the cost of damage caused by mishandling and abuse and find use in such industry sectors as Power & Utility generation, Medical instrumentation, Aerospace & Defence, Automotive, Packaging, Logistics, Hi-Tec and TV & Audio.

Operating a continuous improvement and product development program ensuring their measuring devices remain at the leading edge of technology. This strategy ensures their customers profit from Lamerholm products and offers new customers the opportunity to increase their profits.

"Let Lamerholm Electronics help you get to the causes of damage and turn losses into profits."

SHOCKLOG™
The ShockLog™ range of electronic tri-axial shock, vibration and environmental recorders enable you to reduce or eliminate the cost of product damage caused by mishandling, inappropriate storage and transportation mishaps. Their compact and self-contained design ensures they can be fitted directly to your product or packaging to record physical impacts, vibration and environmental conditions throughout an entire journey or storage period. Used in an unlimited number of product applications and industry sectors that ship or store items of high value or where the intrinsic value to the customer receiving damaged products is potentially high.

The ShockLog™ Key Features:

• User selectable operating ranges.
• Detailed recording of up to 400 events.
• Up to 12 months battery life.
• Records in Velocity or Acceleration modes.
• Flexible recording modes.
• Optional external sensors.
• Optional external power interface.
• Date & Time stamping.
• User-programmable warning and alarm thresholds.
• Non-volatile memory.
• LED indicators for warning and alarm status.
• Completely self-contained (battery operated).

The ShockLog™ range of products are utilised by a wide range of industry sectors and major multi-national companies that includes:

NASA - Boeing Rocketdyne Inc, prime contractors for the Space Shuttle main engines, have selected the RD298 ShockLog™ electronic shock recorder to monitor road transport of the engines. By replacing their previously used mechanical shock recorders, Boeing engineers are benefiting from the easy set up process, improved reliability and reduced time spent on analysing data.

Pauwels Power Transformers - Monitoring of physical shock is a key requirement when shipping large power transformers around the world. Major Belgian manufacturer, Pauwels are just one of the world's major transformer manufacturers to routinely use the ShockLog™ F5 as their standard recording device. Specially designed for this application, the F5 model filters out the potentially confusing high frequency impact signals that can result when monitoring shipments of products with large areas of exposed metal.

Siemens (Oxford) Magnet Technology Ltd - Transit damage to hi-tech medical diagnostic equipment can be expensive, often leading to delayed installations and patient treatment. Siemens (Oxford) Magnet Technology Ltd, one of the worlds leading producers of the resonance magnets used in MIR scanners, are able to rapidly and effectively identify the likelihood of such damage and the potential financial loss by fitting the RD317 Micro ShockLog™ recorders to their magnets prior to despatch.