Four 3D-printed accessories to streamline residential moving process
- Planning a residential move requires tackling familiar packing chores, but a collection of functional 3D-printed accessories offers practical ways to streamline the process for apartment tenants and homeowners...
- Open cardboard boxes frequently present frustrating obstacles during packing.
- To address this issue, creator Ryan Amey designed the Cardboard Flap Retainer, which was subsequently remixed for added structural strength by Ragni Hefthyn.
Planning a residential move requires tackling familiar packing chores, but a collection of functional 3D-printed accessories offers practical ways to streamline the process for apartment tenants and homeowners alike. These tools target specific household friction points during packing, transporting, and unpacking phases.
Taming Box Flaps and Sharp Edges
Open cardboard boxes frequently present frustrating obstacles during packing. Loose flaps routinely obstruct access and cause accidental injuries.
To address this issue, creator Ryan Amey designed the Cardboard Flap Retainer, which was subsequently remixed for added structural strength by Ragni Hefthyn. The simple printed device secures box flaps in an open position at any required scale. This eliminates the risk of sharp cardboard edges striking shin height during loading and unloading.
Alternative Closures for Semi-Active Storage
For boxes that require frequent access after a move, hobbyguyme designed Velcro closure tabs that attach via adhesive strips.
These tabs allow users to seal boxes against dust and pets without applying packaging tape repeatedly. While these accessories require supplementary adhesive hardware, they offer a convenient alternative for items that must remain partially accessible over extended periods.
Ergonomic Grips and Sidewall Punctures
Transporting heavy containers often forces movers to lift from the bottom. This obstructs forward visibility and strains posture.
MGDesign created Cardboard Carrying Handles featuring an integrated punch mechanism designed to pierce box sidewalls easily. Once installed, the handles provide a reinforced grip point that lowers the required lifting height, provided the underlying cardboard structure can support the load.
Foot-Activated Door Security on Hard Flooring
To secure entryways during heavy traffic, creator Anefecious developed the Kicky Door Stopper using standard PLA filament.
The print-in-place model utilizes an internal mechanism that engages and disengages with a simple foot action, functioning similarly to commercial kick-stopper doorstops. Hard flooring surfaces may require an added rubber pad on the base to ensure adequate traction. Designers recommend printing these load-bearing moving tools with solid infill to withstand physical wear.