What Our In-House Design Team Provides
Work from customer files
Many projects start with customer-supplied information. That may include 3D CAD models, 2D drawings, dimensions, assembly files, photos, or a physical part. When detailed files are available, we can build the packaging layout around the real geometry of the equipment. When they are not, we can still work from the information available and help determine a practical solution.
This flexibility is important because not every customer is at the same stage. Some have full engineering files ready to go. Others are still refining a prototype and need help shaping the packaging around a changing design.
Develop 2D and 3D packaging layouts
We create layouts for foam inserts, case interiors, trays, compartments, crate supports, and complete pack-out systems. In some projects, the main challenge is organizing a large number of components cleanly in a compact footprint. In others, it is building the right support structure around a heavy or delicate assembly. Our design work is meant to solve those practical packaging problems early, before material is cut or assembly begins.
For hard cases, that might mean pocket geometry, lid storage, layered foam, or accessory organization. For ATA cases, it may involve drawers, dividers, mounting locations, or custom interior structures. For wood crates, it may involve blocking, bracing, support structures, vibration reduction, waterproof bagging, and safe restraint of the equipment during transit.
Create rendered examples and review materials
Before production starts, many customers want to see what the finished concept will look like. We can provide rendered examples, finite element analysis (FEA), approval views, exploded views, layer views, and other visuals that make the design easier to review. This helps reduce ambiguity and makes it easier to confirm fit, layout, and general usability before the packaging is built.
For projects with multiple components, review visuals are especially helpful. They show how the equipment will be organized, how the finished pack-out will present when opened, and whether the layout supports the way the system is actually used.
Support evolving prototypes
Many technical projects do not stay fixed for long. A prototype may gain a new cable set, a power component may change, or a customer may want to reorganize the layout after seeing an approval rendering. Because the design work is handled in-house, we can adapt to those changes more easily and keep the project moving.
This responsiveness is often one of the biggest advantages of a custom design process. Instead of trying to force a new revision into an old template, we can update the design around the current version of the equipment and keep the packaging aligned with the actual program.
Perform design analysis where needed
Some projects benefit from additional review beyond simple fit and placement. When appropriate, we can support FEA, clearance review, motion visualization, and other design checks that help validate the concept. Not every project needs this level of detail, but when it adds value, it can help identify issues earlier and improve confidence before production. FEA is especially helpful when packaging items over 30,000 lbs.
Military and government compliant packaging knowledge
If you’re selling equipment to the military, you are likely familiar with their rules and process around your product. Packaging for those products has several requirements as well. Our team has extensive experience designing military compliant packaging, including the testing and marking / labeling process.
Save approved designs for future builds
One of the main advantages of designing in-house is repeatability. Once a layout is approved, the design can be saved and carried forward into future builds. That supports consistency across multiple units, easier reorders, and a smoother transition from urgent prototype work to repeatable production packaging. We also keep all revisions organized and on file.
