Prototyping and R&D
Questions turned into mechanical, electronic, and control proofs of concept before discussing a product.
Robotics · product, prototype, and integration
Robotics that connects hardware, software, and operation.
We explore products, routes, interaction, and digital components to define which solution is worth evaluating in each context.
Robotic system
RouteInteractionOperation
Robotics capabilities
Build, integrate, and bring a solution into its real context.
Each project requires separating the question, product, integration, and operating conditions before defining scope.
SargaZoom · own R&D prototype
From a physical problem to an original robotics architecture.
SargaZoom began as the final project in Rómulo Pérez’s Mechatronics degree. It was developed as a vessel prototype for collecting sargassum, bringing mechanical structure, electronics, control, and software into one applied research effort.
ONAPI subsequently granted a utility-model patent to SargaZoom, as documented in 2025 by an INTEC institutional publication.
View institutional publicationIt is not part of the five-robot catalog. It is presented as an own R&D prototype and does not confirm current operation or environmental outcomes.
Working method
Robotics starts before the robot.
Scope is built from the operation toward the technology, not from an isolated list of functions.
01
Context
Objective, people, space, constraints, and the task worth understanding.
02
System
Required hardware, software, data, energy, connectivity, and interaction.
03
Test
Routes, responses, and touchpoints to review before deployment.
04
Scope
Configuration, installation, support, and further adjustments defined by proposal.
PUDU catalog
Five robots, each with a different conversation.
The product sheets bring together authorized media and technical data. Configuration, purchase, or rental is discussed according to the space and operation.
PUDU CC1 Pro
A cleaning robot for sweeping, vacuuming, dust mopping, and scrubbing.
View technical sheet
PUDU SH1
A compact machine for floor and surface cleaning with specialized accessories.
View technical sheet
Robotics in context
The environment is also part of the solution.
Circulation, visibility, crossings, waiting, charging, and interaction change how a robot should be evaluated. A documentary scene helps frame those questions without turning it into proof of performance.
Starting point
Bring the operation you want to understand.
We can start with the task, space, and people who interact with it; then define which product, prototype, or integration is worth evaluating.