V3
PHYSICALLY VALIDATED
LAS LockWave™
Multi-sinusoidal exact-mating surface for repeatable stacking and directional engagement.
VIEW V3 →LAS ENGINEERED SURFACE SYSTEMS
ENGINEERED SURFACES.
CONTROLLED MOTION.
LAS designs reusable interfaces from the surface outward — to lock, align, rotate, level and position with geometry that can be traced from mathematics to the physical part.
5Surface platforms
4Physical prototype generations
1Controlled-rotation platform
V6 / ROTARYLOCK™
LOCK X/Y. ROTATE Z.
V7 / OMNILOCK™DIGITAL PROTOTYPE
TRACEABILITY
MATH → CAD → STL → TEST
LOCKGRIPROTATELEVEL
THE LAS SURFACE SERIES
Five generations.
One engineering language.
Each platform explores a different relationship between surfaces — from exact-mating waves to directional symmetry, radial fields, controlled rotation and multi-ring angular engagement.
V3
V4
PHYSICALLY VALIDATED
LAS 360 Lock™
Six-fold surface symmetry engineered for more directionally uniform interlocking engagement.
VIEW V4 →
V5
PHYSICALLY PROTOTYPED
LAS IsoRing™
A radial, rotation-invariant field that advanced LAS toward controlled-motion interfaces.
VIEW V5 → V6
PHYSICALLY VALIDATED
LAS RotaryLock™
Circular registration plus a radial interlock: lateral resistance with intentional rotation about Z.
VIEW V6 →
V7
DIGITALLY VERIFIED
LAS OmniLock™
Six clutch rings layered onto the V6 radial backbone for math-first arbitrary-angle engagement research.
VIEW V7 →WHY LAS
Not a texture.
An engineered interface.
LAS surface products are developed as functional geometry. The design record is preserved so the digital model, mathematical intent, STL geometry and prototype evidence can be checked against each other.
VIEW ENGINEERING RECORD01MATHEMATICS
Define the surface field, mating identity, clearances and directional behavior.
02CAD
Encode the exact geometry with controlled dimensions and manufacturing constraints.
03STL VERIFICATION
Cross-check the exported mesh against the authoritative CAD and analytical model.
04PHYSICAL TEST
Separate what the geometry proves from what hands-on or instrumented testing proves.
X / YRESIST
ZROTATE
CONTROLLED MOTION
V6 changes the question.
Instead of asking a surface to stop every movement, RotaryLock separates the problem: resist lateral translation and rocking while intentionally allowing rotation around the vertical axis.
V7 then extends the research in the opposite direction — adding angular clutch geometry back into the interface to study arbitrary-angle rotational engagement.
BEYOND SURFACE SYSTEMS
Jobsite products built from the same mindset.
LAS began with practical installation problems. The Breakable Tile Spacer remains part of that product family: simple geometry, purposeful material use and a tool designed around how the job is actually done.
VIEW TILE SPACER
LAS PRODUCTS