Description
Lab Robotics Market analyzes the current and potential world revenues for diagnostic laboratory robotic systems. The report’s revenue data provide multiple year forecasts for different product segments and revenue forecasts focus on segments where robotics plays an important role, including the following world market segments:
The report’s market data provide multiple year forecasts for different product segments and market forecasts focus on segments where robotics plays an important role, including the following world market segments:
Specimen Transport Robots Systems, 2016-2021 (US, Europe, China, Japan, Brazil, ROW)
Robotic Storage Retrieval Systems, 2016-2021 (US, Europe, China, Japan, Brazil, ROW)
Robotic Liquid Handlers Systems, 2016-2021 (US, Europe, China, Japan, Brazil, ROW)
Robotic Capping/Decapping Systems, 2016-2021 (US, Europe, China, Japan, Brazil, ROW)
Robotic Sorting Systems, 2016-2021 (US, Europe, China, Japan, Brazil, ROW)
Robotic Centrifugation, 2016-2021 (US, Europe, China, Japan, Brazil, ROW)
Table of Contents
1: EXECUTIVE SUMMARY
IMPROVING EFFICIENCY
MINIMIZING NON-VALUE-ADDED STEPS
MARKET SUMMARY
Table 1-1: World Market for Laboratory Robotics, 2016-2021, Revenues
METHODOLOGY
2: INTRODUCTION
PERSPECTIVE
Managing Specimens
Integrating with IT
Task-Targeted Applications
ADVANTAGES
Robust and Efficient
Improving Work Flow
Maximizing Value-Added Work
SOME DRAWBACKS
BUT STILL AN ENABLING TECHNOLOGY
THE IDEAL BLUEPRINT
Automated Sample Separation
Sample Transport
Pre-Analytical Robotics
Biobanking
3: THE NEED FOR ROBOTICS
Table 3-1: Key Diagnostic Laboratory Applications for Robotics
DEMOGRAPHICS
PATIENT SAFETY
Quality Management
ECONOMICS
ERROR REDUCTION
COMPROMISING
4: TRENDS
OPTIMIZING ACCURACY
IMPROVING THE LABORATORY ENVIRONMENT
Planning the Work Flow
Preanalytics
Analytics
Postanalytics
More Flexibility
A Modular Approach
Table 4-1: Significant Automation System Trends
Integration and Interoperability
Turnkey Solutions
Sharing Development Expertise
Filling the Labor Void
5: CHALLENGES
MINIATURIZATION
MODULAR AUTOMATION AND ROBOTICS
Table 5-1: Modular Automation Considerations
SCALABILITY
DEMANDS FROM USERS
6: MARKET DEVELOPMENTS
NEW TERRITORY
PERVASIVE
WALK AWAY SPECIMEN PROCESSOR
SAMPLE PROCESSING AUTOMATION
INTEGRATED PORTFOLIO
PCR SETUP SOLUTION
ROBOTICS PCR SETUP
SUPPLANTED BY AUTOMATION
NEW OPTIONS
FOLDING ARM TECHNOLOGY
CUSTOM ROBOTICS
CUSTOM TAILORING
PROGRAMMABILITY
7: MARKETS
GROWTH DRIVERS
Table 7-1: Key Drivers of Laboratory Automation
IN THE LABORATORY
The IVD Tie-In
