Required leg envelope
Measure the available base length, upright height and width around the mounted item, neighbouring hardware and access tools.
Editable bracket template
Create a measured gusseted L-bracket for a light-duty prototype
This starter builds a 50 mm-wide angle with 60 mm base and upright legs, 5 mm material, two side gussets and two countersunk fixing holes on each leg. Adjust the envelope and hole layout, then test the real fastener before printing the bracket.
A dimensional mounting prototype with visible hole and edge constraints—not a shelf-load calculation or a rating for the printed material, fasteners or mounting surface.
What to measure first
The starter dimensions are there to make the controls understandable. Replace them with evidence from the real part, space and print setup.
Fastener shank and head
Measure the actual shank, head diameter and countersink angle instead of selecting a hole from the fastener name alone.
Hole locations
Define offsets from the outside corner and spacing along each leg while preserving edge distance, backing and gusset clearance.
Real loads and mounting surface
Identify force direction, leverage, vibration, pull-out risk and substrate condition for a separate application assessment.
Published starter settings
These values produce the preview shown above. They remain editable after the template opens in the EazyMake studio.
Bracket envelope50 × 60 × 60 mmWidth × base length × upright height.
Leg thickness5 mmEditable dimensional input; not a load rating.
GussetsTwo 18 mm sidesTriangular side gussets stiffen the corner geometrically.
Base holes2 at 26 mm centresMeasured from the outside corner using a 36 mm row offset.
Upright holes2 at 26 mm centresUses the same starter spacing and offset on the upright.
Hole geometryØ4.5 mm + 90° countersinkThe 9 mm starting seat comes from the current generator defaults.
From measurement to printable part
The generator keeps the important decisions visible and carries one parameter set through geometry, inspection, calibration and export.
Measure the mounting space
Define the leg envelope, corner access and neighbouring features before choosing material thickness or gusset size.
Lay out each leg independently
Set the base and upright hole count, spacing, offset, opening kind and seat style while watching the resolved edge and web limits.
Review the corner and gussets
Confirm the selected side gussets do not collide with holes or the mounted item and that the intended print orientation is practical.
Print the fastener coupons
Use the smaller, selected and larger finished-hole trials with the real fastener before committing to the complete bracket.
Prototype, mount and test separately
Inspect and export the printable mesh, then evaluate the complete bracket, fasteners, substrate and applied loads under a separate test plan.
Print notes
- Print the hole coupons flat in the final material and profile, then try the exact fastener and head seat.
- The intended bracket orientation places the base on the bed and the upright vertical; inspect layer direction and both countersinks in the slicer.
- Gussets can stiffen the corner geometry but do not prove layer adhesion, screw pull-out, creep or safe load capacity.
- Use appropriate fasteners and mounting methods for the real substrate; the generator does not select or rate them.
Know the limits
- This template is not load-rated and does not establish shelf capacity, impact resistance, fatigue life, creep or failure mode.
- Finished opening dimensions are not fastener specifications and do not establish countersink seating, torque or pull-out strength.
- A closed manifold, clean slice or successful fastener coupon does not validate the complete mounted application.
Common questions
Answers specific to this starter and the measurements it exposes.
What size is the starter bracket?
It is 50 mm wide with 60 mm base and upright legs, 5 mm thickness and 18 mm side gussets. Every dimension remains editable in the Bracket Builder.
What fastener does the 4.5 mm hole fit?
The template defines a finished 4.5 mm opening and 90-degree countersink geometry; it does not assign a nominal fastener. Measure the actual shank and head, then use the coupons.
Do the gussets make the bracket strong enough for a shelf?
No capacity is established. Gussets change the geometry, but material, print orientation, fasteners, substrate, leverage and long-term creep still require a separate engineering assessment and physical test.
Can the base and upright use different holes?
Yes. Each leg has its own hole count, spacing, offset, opening and seat controls, subject to the generator's edge, web, backing and gusset constraints.
Keep exploring
Use the guide when you need the reasoning, or open another template to see the same measurement-first workflow in a different part family.
Make this starter your own
Open the real generator, replace the example dimensions and keep the calibration result tied to your printer and material.