01 // THE OPENING STATEMENT

Philosophy

In the transfer of fluid, variance is failure. TØRR STATICS designs hardware to eliminate the variables of pressure, friction, and vacuum creep. We build instruments of equilibrium for general laboratory use.

We operate in the void between statics (fluids at rest) and dynamics (fluids in motion). Our mission is to make the interface disappear, leaving only the pure transfer of matter.

02 // LABORATORY HARDWARE

Store

Payment accepted: USDT (ERC-20) & ETH — Ethereum network only

Hardware Unit

ISOBAR Ø1

Dual-vial fluid transfer unit. Closed-loop pressure environment. Eliminates vacuum creep and transfer variance. Laboratory Grade Polymer / SS 304.

$1.00 USD

Consumable — 50 Pack

POISE Ø27

27G Extra Thin Wall cannula hub. 5-Bevel grind. 0.41mm OD ±0.01mm tolerance. Polypropylene construction. Maximum flow efficiency with minimal penetration resistance.

$1.00 USD

Consumable — 100 Pack

POISE Ø27 — BULK

Bulk laboratory pack. 100× POISE Ø27 cannula hubs. Same specifications, reduced per-unit cost for high-throughput environments.

$1.00 USD
±0.01mm
Manufacturing Tolerance
5
Bevel Geometry
SS 304
Stainless Steel Grade
0
Tracking Scripts
ISOBAR Ø1 technical drawing — dual-vial fluid transfer unit with flow channel and vent

// HARDWARE: ISOBAR Ø1

The Controlled System.

The Isobar Ø1 is a dual-vial fluid transfer unit engineered to resist vacuum creep. By establishing a closed-loop pressure environment, it ensures that the internal pressure of the receiving vial matches the ambient environment, preventing aerosolization and transfer variance.

ArchitectureDual-Vial / Closed-Loop
MaterialLaboratory Grade Polymer / SS 304
CompatibilityUniversal 10ml / 20ml Standard
StatusProduction Candidate
$1.00 USD

// CONSUMABLE: POISE Ø27

The Seal.

A precision-machined cannula hub assembly designed for minimal penetration resistance and maximum flow efficiency. The Poise Ø27 utilizes polypropylene construction with a 16-groove thread pattern (0.8mm pitch) and Extra Thin Wall geometry to deliver 25G-equivalent flow in a 27G footprint.

Gauge27G (0.41mm OD ±0.01)
WallExtra Thin Wall (ETW)
Hub MaterialPolypropylene (PP)
Thread16-Groove / 0.8mm Pitch
Hub ODØ11.0mm / Ø6.0mm Taper
Tolerance±0.01mm (Key Dimension A)
$1.00 USD
POISE Ø27 technical drawing — 27G cannula hub assembly with thread detail and bevel geometry

// POISE Ø27 vs. STANDARD 27G

Specification Standard 27G POISE Ø27
Wall Type Regular Wall (RW) Extra Thin Wall (ETW)
Outer Diameter 0.40mm 0.41mm ±0.01
Inner Diameter 0.21mm 0.29mm (+38%)
Flow Rate (equiv.) 27G 25G performance
Bevel Geometry 3-Bevel 5-Bevel (reduced resistance)
Tolerance ±0.05mm ±0.01mm
Length 13mm 8mm (optimized)

// PHILOSOPHY

We do not innovate.
We eliminate.

Every instrument is a negotiation between intent and interference. Friction, dead volume, vacuum creep — these are not engineering challenges. They are engineering failures.

TØRR STATICS exists to reduce the distance between the operator's intent and the physical outcome to zero. We do not add features. We remove variables.

Our name derives from the torr — the unit of pressure equal to 1/760 of a standard atmosphere. It represents the space between states: the threshold where equilibrium holds or collapses. We engineer for that threshold.

0 External dependencies
0 Tracking scripts
0 Compromise

// LABORATORY DISPATCH

Engineering updates.
No noise.

Batch production schedules. Tolerance reports. New hardware. Delivered when it matters — nothing more.