Fillable two-page PDF
10-Point Modular Frame Design Checklist
Expose unclear requirements, weak load paths, excessive movement, unstable bases, and release errors before detailed CAD.
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Four ways into a better frame.
Use the checklist for a fast review or begin with the guide closest to the decision in front of you.
12 minute read
Modular frame design guide
A practical, vendor-neutral method for defining loads, tracing load paths, choosing profiles and joints, controlling racking, and reviewing a modular aluminum frame before release.
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T-slot deflection guide
Choose the correct bending axis, model support conditions, calculate beam deflection, and screen a real member with the free interactive calculator.
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Connections and bracing guide
A field-minded explanation of why strong profiles still produce flexible frames, how bolted joints transfer load, and when triangulation or positive engagement is needed.
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What is the frame failing to explain?
LOAD PATHWhere do the forces actually go?
Define real loads, follow direction changes, and verify that every significant force reaches a support.
STIFFNESSWill it move too much?Check span, section orientation, support conditions, and movement at the interface that matters.
CONNECTIONSWhat keeps the assembly from slipping or racking?Understand preload, friction, positive engagement, triangulation, and lateral-load behavior.
Free design tool
Give the next frame a disciplined first pass.
Ten checks. Two pages. Fill it out digitally or print it for a design review.
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