TENSOR / INTELLIGENT MACHINES

A smarter wayto sort.

From reading an address to delivering a parcel to its sorting output. Robots, vision and fleet control, engineered as one system.

The latest generationG3 / A42
Studio visualization of Tensor Generation 3 sorting robot
Gen 03 / Autonomous sorting robotGEN / 03
Designed in Iran. Built for daily operations.VISION. MOTION. PRECISION.

Tensor in the field

Built. Deployed. Working.

440+Robots deployed
3Robot generations
5Deployment regions
MillionsParcels processed

01 / The system

One parcel. A connected process.

Scroll or select a step to follow a parcel through four connected stages, from reading the label to reaching the right sorting output.

Read the label

Vision reads the barcode, postal code or address and identifies the sorting destination.

Parcel intakeSorting outputs
D01D02D03D04
Read the label01 / 04

System illustration / scroll or select a step

FIELD FILM / TENSOR

Inside the sorting center

Real parcels. Real operations.

Watch Tensor fleets at work in postal sorting centers: receiving parcels, sharing routes and delivering to the right outputs.

02 / Product evolution

Three generations. Always improving.

Experience from the sorting floor shapes the next robot. Explore how the Tensor platform has evolved.

Studio visualization of Tensor Generation 1 sorting robot

Generation 01 · Tehran

From concept to operation.

The first generation moved Tensor from a technical idea into an operating postal environment and proved coordinated robotic sorting at scale.

Movement
~1.1 m/s
Robot weight
~30 kg
Grid
70 × 70 cm
Recognition
OCR + AI
Studio visualization of Tensor Generation 2 sorting robot

Generation 02 · Kermanshah

Refining the system.

The second generation translated operational learning into a more mature installation and a refined robot-and-system architecture.

Movement
~1.3 m/s
Robot weight
~20 kg
Grid
70 × 70 cm
Recognition
OCR + AI
Studio visualization of Tensor Generation 3 sorting robot

Generation 03 · Current

Smaller. Faster. Smarter.

Gen 3 reduces physical mass and grid footprint while increasing speed, recognition capability, and sorting density.

Movement
1.8 m/s
Robot weight
~10 kg
Grid
55 × 55 cm
Recognition
OCR + AI

03 / Our technology

Built together. Works together.

TENSOR / VISION
POSTAL CODE14356 78124
Destination identifiedDEMO

01 / Machine vision

Read the address. Find the destination.

Tensor’s recognition software reads Persian postal codes, printed addresses and handwriting, turning label information into a sorting decision.

Barcode / Postal code / Address / Handwriting
TENSOR / FLEET
Mission assignedDEMO

02 / Fleet intelligence

A fleet that moves as one.

Mission assignment, route planning and robot control work together, coordinating the movement of individual robots across a shared sorting grid.

Navigation / Fleet control / Embedded systems

04 / Two-level sorting

Make more of your floor space.

Two sorting decks place more destinations within the same footprint. Each deck has its own robot paths and outputs, coordinated within one system.

Robots
120
Sorting outputs
250
Footprint
≈250 m²

Example deployed configuration. Capacity depends on the project layout and parcel mix.

Level 02Level 01
Conceptual layout / two sorting decks with separate routes and outputs

05 / Deployments

Developed here. Working across Iran.

From the first deployment in Tehran to regional sorting centers, Tensor systems have grown through hands-on operational experience.

  • 01Tehran
  • 02Kermanshah
  • 03Gilan
  • 04Mazandaran
  • 05Kerman
Map of Iran with Tehran, Kermanshah, Gilan, Mazandaran and Kerman provinces highlighted in cyan.
Deployment provinces · Iran

In good company

Part of the logistics network.

Iran PostS.A. PostPostexParsi PostAdd on Box

Contact

Let’s plan your sorting system.

Tell us about your parcel volumes, destinations and available space. We’ll start with your operation and discuss the right approach.

info@tensorgroup.co