Consultancy
At Sebert, we understand that many of our new clients approach us because of an existing problem. Often, this involves shock and/or vibration issues, but other environmental factors can also pose a challenge. Think of extreme temperatures, UV radiation, or corrosion in, for example, a salty environment.
Extreme Shock and Vibration
We calculate these using our proprietary software.
When shock and vibration levels are extreme—whether encountered in practice or specified in standards and test regulations—our advanced software enables us to perform detailed strength, stiffness, shock, and vibration analyses. This applies to both panels and other complex structures.
Exclusive offer:
One free shock analysis for new customers!
Extreme shock and vibration accelerations?
At Sebert Group, we utilize our proprietary advanced software to conduct precise strength, stiffness, shock, and vibration calculations for panels and complex structures. Our calculations not only ensure compliance with required standards but also focus on optimizing weight, reducing costs, and improving overall efficiency.
A well-designed shock system requires a smart balance between material usage, strength, and stiffness. At Sebert Group, we consider not only technical requirements but also production feasibility and cost-effectiveness. Together, we deliver the most efficient and cost-effective solution.
Less is more: Efficiency in shock and vibration design
A simple yet powerful rule in shock design: avoid unnecessary elements. What isn’t there doesn’t need to be drawn, calculated, or produced—directly reducing costs. Moreover, a smarter design minimizes stress and strain during shock testing, ultimately extending the lifespan of your structure.
Exclusive offer: One free shock analysis for new clients!
Experience our expertise with no obligation. Every new client receives a free shock analysis report featuring rubber or steel wire springs. Simply provide your dimensions, weight, center of gravity, mounting position (preferably in PDF format), and the shock/vibration input.
Gain immediate insight into the possibilities and benefits we can offer you!
4 steps to a sustainable and optimized product
Sustainable, efficient, and cost-effective
With Sebert Group’s proven 4-step method, we deliver sustainable, efficient, and cost-effective solutions. Our innovative damping technology meets the strictest military standards, including MIL-STD-810 and AECTP-400.
Through real-life measurements and test simulations in our state-of-the-art testing lab, we provide strategic recommendations based on in-depth analyses.
Experience our expertise firsthand!
New clients receive a free shock analysis.
Step 1: Data input and lab simulations
We utilize industry-leading Lansmont SAVER standalone 9-channel data recorders, capturing climate, pressure, vibration, and shock with extreme precision.
This advanced technology provides immediate, actionable data for calculations and lab simulations, giving you clear insights into how your (packaged) product performs during transport or use.
In our state-of-the-art testing facility, we accurately reproduce shocks and vibrations with exceptional precision and reliability. By strictly adhering to international test standards—including MIL-STD-810, AECTP-400, ISO, IEC, ISTA, and ASTM—we ensure consistent results, transparency, quality assurance, and expert guidance.
Choose reliability and innovation with our trusted testing services.
Step 2: Product vulnerability analysis
A product's vulnerability determines how well it withstands vibrations, shocks, humidity, and temperature fluctuations.
At Sebert, we conduct detailed testing to assess these factors—both individually and in combination, such as climate testing paired with mechanical testing. This allows us to identify weak points and propose targeted improvements.
Through environmental and durability testing, we detect potential failures early in the design phase, reducing risks and long-term costs. By integrating transportation requirements into the design, we help prevent damage, minimize the need for additional protective materials, and enhance overall efficiency.
Step 3: (Re)design for shock and vibration resistance
At Sebert Group, we work closely with our clients to optimize products and packaging. By testing one or more prototypes, necessary adjustments become quickly apparent. With our expertise and extensive network, we provide guidance on alternative packaging methods and materials that enhance performance and durability.
Our shock and vibration technology ensures maximum protection with minimal impact. We don’t just calculate shock resistance—we test solutions directly in our advanced laboratory, guaranteeing optimal protection and reliability for your products.
Vibrations and shocks can cause damage during transport and use. With our passive and active isolation technology, we prevent vibration transfer and protect sensitive equipment from external influences. Our innovative spring systems absorb extreme shocks, ensuring your product remains fully protected against impact.
Step 4: Testing the product or packaging
Once the previous steps have resulted in an optimized product-packaging combination, we conduct comprehensive testing to assess its overall performance.
In our state-of-the-art test lab, we evaluate the combined impact of climate conditions and mechanical stresses. By integrating testing early in the design phase, we help eliminate costly errors and achieve significant cost savings.
Innovative Design Solutions & High-Quality Custom Manufacturing
Sebert Group operates its own state-of-the-art manufacturing facility near Bremen, Germany, where craftsmanship, customization, and technological innovation come together. As specialists in producing high-precision tools for large marine diesel engines, hydraulic pumps, and bolt tensioning devices, we deliver tailor-made solutions for even the most demanding applications.
Beyond our expertise in standard tools, we offer custom-designed equipment and components made from non-magnetic steel, meticulously crafted to meet your unique requirements. These bespoke solutions are particularly suited for industries such as shipbuilding, offshore, and mechanical engineering. Whether you need a standard component or a fully customized construction, we have the expertise and resources to meet your specific demands.
Production, Design, and Engineering
Our expertise goes beyond production—we excel in design and engineering as well. At our modern workstations, we utilize the latest 2D and 3D software to bring your ideas to life. From simple sketches to highly detailed 3D models, we have the tools and expertise to refine every project down to the finest detail.
Our designers understand the importance of structural integrity, ensuring resistance to shocks, sudden vibrations, and prolonged mechanical stress. With our advanced simulation capabilities, we can analyze and test these forces in advance, leading to durable, reliable solutions tailored to your needs.