Lamivario® Reusable Shims: Edge-Connected Mini Assembly Kits for Precision Adjustment
Lamivario® is the fastest multilayer, edge-connected metal shim system that functions as a mini assembly kit of stacked solid shims with identical geometry, offering quick handling and stepwise tolerance compensation in mechanical assemblies.
The Lamivario® range includes edge-welded, edge-bonded, and bundled shims that combine multiple layers of material into a single cohesive element for tolerance compensation. Each solution is tailored to the application, with material structure, thickness, and connection method defined to meet customer requirements. When material constraints prevent the use of welding, our edge-glueing technique provides a reliable alternative.
For full details on materials, sizes, and thickness options, download the Laminated Material List (PDF) or Solid Material List (PDF), or submit an inquiry.
What Makes Lamivario® Unique?
- Quick handling makes it the fastest multilayer product available
- Clean, edge-welded under pre-load for maximum precision
- Optimised for space-constrained, high-precision assemblies
For detailed material specifications, please refer to the technical data sheet.
Handling
The individual layers of Lamivario® reusable shims are easily separable by hand, enabling rapid adjustments during assembly or maintenance. Markings on the top layers help identify foil thickness. The separated layers can be reused, promoting efficiency and lean production.
Processing
Lamivario® multilayer shims are manufactured through CNC cutting processes to ensure geometric reproducibility, with stripped layers remaining intact and recyclable when carefully detached. Sealing compounds or adhesives can be applied to ensure impermeability where necessary.
Structuring of Joints
Our use of interchangeable connection methods such as edge-glueing, spot-glueing, or bundling (with or without cable ties) provides both stability during handling and ease of layer removal.
AMS-DTL-22499 (formerly MIL-DTL-22499), the traditional standard for surface-bonded laminated shim stock, focuses on edge-bonding connections.
At Shim Solution, we have engineered an edge-welding, heat-resistant, and chemical-free method that eliminates the risk of contaminating lubrication fluids with glue residues.
This approach not only enhances stability during handling but also allows easy layer removal, setting our reusable shims apart in the industry.
Load Characteristics
Designed for perpendicular loads applied across the shim surface, Lamivario® multilayer shims should remain under constant clamped conditions during use to maintain performance.
Explore our range of Precision Shims to find the perfect solution for your engineering needs.
Mark Your Lamivario® Shim
To ensure quick and easy use, contact us to mark the thickness of your Lamivario® reusable shim.
You can choose from various marking methods, depending on the material and thickness:
- Laser marking (for thicknesses of 0.2 mm and above)
- Inkjet
- Laser cutting to indicate thickness through partial alteration of the shim rim for visual or tactile identification
When adding these definitions to your drawings, reference Georg Martin GmbH as the source. We guarantee the mechanical properties of our materials to safeguard the quality of your assemblies.
Contact us to arrange the marking of your Lamivario® shim thickness.
Overview of Shim Solution Products
We are a development partner, series and process consultant for built-to-print precision shims, sub-assemblies, components, and more.
Precision Shims
Shims to compensate for variable tolerance in component assemblies:
Looking for Smarter Step-by-Step Gap Adjustment with Reusable Multilayer Shims?
Lamivario® reusable shims provide fast, clean, and precise tolerance compensation through separable multilayer construction and stable edge connections.
For detailed specifications and available options, download the PDFs below: Laminated Material List (PDF) | Solid Material List (PDF)
Frequently Asked Questions About Lamivario® Reusable Shims
What are reusable shims?
Reusable shims are multilayer shim components whose individual layers can be separated, removed, and reused during assembly or maintenance. Lamivario® reusable shims are edge-connected, meaning the layers are held together by edge-welding, edge-glueing, or bundling and can be cleanly separated for stepwise thickness adjustments without discarding material. View the full product range.
What makes Lamivario® different from peelable laminated shims?
Lamivario® reusable shims function as mini assembly kits of stacked solid layers connected at the edge. Unlike peelable laminated shims such as Laminum®, whose bonded layers are peeled away and discarded, the separated layers of Lamivario® can be reused. This makes them especially suited to assembly situations requiring repeated adjustments or where material efficiency matters.
What connection methods are used in Lamivario® multilayer shims?
Lamivario® multilayer shims are available with three connection methods: edge-welding, edge-glueing, and bundling (with or without cable ties). Edge-welding is heat-resistant and chemical-free, eliminating the risk of contaminating lubrication fluids with glue residues. Edge-glueing is used when material constraints prevent welding.
What standard applies to edge-connected laminated shims?
AMS-DTL-22499 (formerly MIL-DTL-22499) is the traditional standard for surface-bonded laminated shim stock and focuses on edge-bonding connections. Shim Solution’s edge-welding method provides a heat-resistant, chemical-free alternative that enhances both stability and ease of layer removal.
What load conditions are Lamivario® reusable shims designed for?
Lamivario® multilayer shims are designed for perpendicular loads applied across the shim surface. They should remain under constant clamped conditions during use to maintain performance. Contact Shim Solution for guidance on load-specific applications.
Contact Information
For product selection, pricing, or sales assistance in your region, contact Shim Solution.
Technical Sales - Management
Michael Köstner
Tel. +49 6074 4099 34
E-mail
Technical Sales
Nadine Berz
Tel. +49 6074 4099 17
E-mail
Technical Sales
Thorsten Schäfer
Tel. +49 6074 4099 66
E-mail