Innovator package
From an idea to a prototype: discovery, design, delivery planning, and a demonstrable model.
Alamat offers engineering design, 3D printing, scanning, reverse engineering, electronics, robotics, integrated prototypes and training. Choose a service by the output you need: a digital file, a physical part, an electronic function or a combined prototype. Intended use and available information determine the deliverables, tests, cost and timeline in the proposal.
Choose the service closest to your project stage to see its scope and deliverable.
Turn the riskiest assumption into a prototype people can test.
One coordinated path across mechanical design, electronics, software, assembly, and testing.
An assembled prototype for testing the agreed functions, with findings and a recommended next step.
Engineering design that turns an idea into a testable function.
Translate requirements and sketches into editable CAD models prepared for testing and manufacturing.
A CAD model and design files for handover or fabrication in the agreed formats and level of detail.
Turn a digital file into a part your team can inspect and test.
Visual models, functional parts, and fit checks using a process and material selected for the application.
A printed part or model ready for the agreed inspection or use, with finishing defined by the project scope.
Give the prototype sensing, control, and data connectivity.
Circuits, controllers, sensors, and connectivity for measurable smart prototypes.
A programmed electronic prototype for testing the agreed functions, with scope-appropriate test notes.
Prove motion and control before scaling the robotic system.
Custom motion, control, and sensing prototypes for research, education, and industrial concept validation.
A robotic prototype for testing motion, control, and sensing against the defined task.
Turn an existing part into a digital model you can improve and reproduce.
Digitize existing parts and rebuild them for modification, replacement, or documentation.
A digital model of the part, plus editable CAD when engineering reconstruction is included in scope.
Applied learning that ends with a project participants can demonstrate.
Hands-on programs in design, digital fabrication, electronics, and robotics built around a clear outcome.
A hands-on program, learning materials, and assessment outputs defined for the audience and agreed scope.
From an idea to a prototype: discovery, design, delivery planning, and a demonstrable model.
Production-oriented design, manufacturing files, and an initial plan for materials, processes, and scale-up.
Design, fabrication, electronics, software, assembly, and testing for a near-final functional model.
Send a structured brief so we can review the right path before sensitive details are shared.