+ Analysis key process criteria
+ Define basic assembly requirements of cosmetic and functions
+ Set up the base line for all process design

+ Step by step definition to show the process flow and key process requirements
+ Identify sequential fixture/equipment needs
+ Cycle time and necessary consumable material estimation

+ Define the process detail request for the fixture/equipment design
+ Define the accuracy request for the fixture/equipment design based on the craftsmanship study
+ Set up the basic datum and buyoff requirement for fixture/equipment design

+ Set up in-line process controls to validate process capabilities
+ Dig out potential risk in the production design
+ Detailed measurement definitions for frequency, tools, sampling rate, priority, etc.

+ Define detailed buy-off items for fixture/equipment
+ Set the buy-off plan based on SPC view points

+ Set final buy-off criteria for the overall process
+ Set the buy-off plan based on SPC view points

+ Collect the DFM from process setup and measurement data
+ Review assembly & process to document potential DFx items
+ Review tolerance and DOE to document potential DFx items

DFX Reviews
Rapid Prototyping
Detailed Part Design
Functional POC Models
Mechanical and Structural Design
Material and Process Development
Technology and Design Integration
Industrial Design Feasibility Studies
Laser cutting and etching
Soft Material Bonding and Lamination
Soft Material and Electronics Integration

ODM Services
OEM Services
Supply Chain Management
Flexible Production Capability
Reliability and Failure Analysis
Craftsmanship and Process Optimization
Test Plan Development and Implementation
Soft Material and Electronics Lamination/ Bonding
In-house Tooling/Injection Molding Facilities and Expertise

Automated Applications
Intelligent IIOT Solutions
Edge Computing Solutions
Predictive Maintenance
Inline Automated Inspection
AI and Machine Learning for Production
Data Collection, Presentation and Analysis
Connected Automation Equipment Design, Setup and Tuning