
U-LEAM

Expertise
The U-LEAM Approach
Finding Innovation in Every Stage
We implement a design and manufacturing process tailored to the requirements of our customers and their unique product:

Design and Engineering
Industrial Design
As a vertically integrated manufacturer, beginning from the initial concept development phase, our experienced ID designer communicates across different engineering specialist teams, especially with our manufacturing unit to ensure the defined form factor can be well-executed in the following manufacturing processes.
Concept Development & Proposal
(Form & Function)
Visual Design
Surface Details
(Colour, Material & Finish)
Packaging Design
Mechanical Engineering
Product Architecture & Function
Material Analysis & Selection
Reliability Test Requirement
Prototyping & Concept Validation
Tooling Design & Development
Design For
Manufacturing
The overall mechanical architecture and detailed design of product requirements are created after thorough discussions between our customers and related cross-functional teams.
From meeting defined functionality and thermal ventilation to testing specifications and mass production feasibility, our mechanical engineers achieve these through following core design principles and incorporating extensive manufacturing experience. Further supported by comprehensive technical analysis using advanced assisting tools such as Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) to facilitate early development processes and DFM before official tooling development.
Electrical Engineering
Schematic
Design & PCB Layout
SI Verification
High Speed Routing
Component Selection Recommendation
Testing Fixture Design
Cost
Optimization
Given the technological advancement and ever-increasing demand for bandwidth with minimal signal interference, our engineers are experienced in working with products from a range of applications but not limited to Consumer Electronics, Automotive, Industrial, Medical, and Aerospace.
At U-LEAM, our electrical engineers are highly experienced in providing high-speed and high-frequency designs. From the initial block diagram, PCB circuit design and layout, to overall system architecture definition, we will work closely with our client to ensure the design reflects requirements at each key milestone.
Fabrication and Assembly
Concept and
Product
Validation
Reliability
Testing
Prototype
Creation
Machined Tools
for Mass Production
PCB Fabrication
and Assembly
Packaging Design
and
Mass Production
In the early stages of product development, we understand the importance when it comes to validating the viability of a concept in a timely manner. Utilizing advanced prototyping and quick production techniques allows our customers to receive samples quickly to test their concepts internally and among potential users.
Before entering the mass production stage, the product will pass through various validation phases including EVT, DVT, and PVT, where the design is put through strenuous tests and with adjustments implemented that ensure the stability of subsequent manufacturing process and quality control.
Through prototyping and various engineering validation phases, we work closely with our customers to revise and finalize to meet standards, resulting in designs that will be ready for mass production with optimal yield.
Testing and Validation
Basic Inspections
Outdoor Rugged Conditions Tests
Environmental tests
Mechanical tests
Electrical tests
Compliance
and
Certifications
Waterproof tests
Specific or Customized
Test Requirements
We understand the value that our customer puts into their product, and quality is what we strive for. U-LEAM supports managing all aspects of a product's lifecycle from initial concept validation to bringing products to mass production.