Secure Cargo - Safe Lashing
Our Products
TensorLash v1.0
TensorLash is a mechanical tool designed to assist lashers with the hardest part of container lashing: breaking-free, untightening and untightening turnbuckles.
Instead of relying only on manual force, spanners, or improvised leverage, TensorLash uses a standard electric drive to rotate the turnbuckle. The tool is built to work with the lasher, reducing strain while keeping the operator in control.
Key Features:
Assisted Turnbuckle Operation
Helps lashers tighten & untighten turnbuckles with powered mechanical assistance.Reduced Manual Strain
Targets the repetitive wrist, forearm, elbow, shoulder, and back load common in turnbuckle work.Faster Lashing Workflow
Designed to speed up the most physical part of lashing and de-lashing operations.Built for Maritime Workflows
Designed around real container lashing conditions: deck work, gloves, heavy gear, awkward positions, and variable turnbuckle condition.
TensorLash gives lashing teams a practical way to reduce manual effort, improve workability, and bring mechanical assistance into one of the most physically demanding jobs onboard.
Patent Pending
Technical Details to be announced
About us
TensorLash was built from direct experience with port operations and mechanical engineering.
Our team combines more than 10 years of hands-on port and shipping experience with 25 years of mechanical engineering expertise. We understand the reality of container lashing: heavy and corroded gear, repetitive manual force, exposed deck conditions, tight lashing bridges, and the constant need to keep people and cargo safe.
TensorLash focuses on one clear problem: making turnbuckle tightening and untightening easier, faster, and less physically demanding for lashers.
Our first product is a patent-pending mechanical tool designed to assist with breaking, rotating, tightening, and releasing turnbuckles.
From container terminal to vessel operators, our goal is practical innovation: tools that fit existing workflows, reduce unnecessary strain, and help lashing teams work more safely and efficiently.
