Function first
Start with the motion, alignment or installation problem the surface needs to solve.
WHAT LAS IS BUILDING
Small parts can solve bigger problems.
LAS started with everyday leveling, spacing and installation problems. That same approach has grown into a broader engineering platform: design the interaction between two surfaces first, then build the part around that behavior.
The result is a growing family that includes the Breakable Tile Spacer and the V3–V7 engineered-surface series.
V6 / ROTARYLOCK™
V7 / OMNILOCK™OUR ENGINEERING RULE
Evidence before claims.
LAS separates mathematical intent, CAD geometry, STL verification and physical testing. A digital result is not presented as a physical performance result.
Trace the geometry
Keep the chain from mathematics to CAD to exported STL explicit and checkable.
Prototype honestly
Hands-on testing supports qualitative claims only until calibrated testing exists.
Publish the boundary
State what is validated, what is still experimental and what has not been rated.
THE SURFACE SERIES
Five generations. Different motion goals.
The series is not a simple version ladder. Each geometry investigates a different relationship between contacting surfaces.
LockWave™
PHYSICALLY VALIDATEDMulti-sinusoidal exact-mating interlock.
360 Lock™
PHYSICALLY VALIDATEDSix-fold directional symmetry.
IsoRing™
PHYSICALLY PROTOTYPEDRadial field that informed the rotary architecture.
RotaryLock™
PHYSICALLY VALIDATEDLateral resistance with intentional Z-axis rotation.
OmniLock™ R0
DIGITALLY VERIFIEDMulti-ring angular engagement research; physical arbitrary-angle testing pending.
EXPLORE LAS
See the geometry, not just the marketing.
Product pages link to the engineering records behind the current designs.