Custom Development Solution

CUSTOM SOLUTION

Custom Development Solution

Custom development service for compact measurement, inspection, and laboratory devices tailored to specific customer requirements

OVERVIEW

Product Overview

The Custom Development Solution is a custom device development service to solve special problems that cannot be addressed with existing products. It supports the entire process from requirements analysis to design, prototype production, and testing, providing solutions optimized for the customer's research and production environment.

Product overview

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FEATURES

Key Features

Requirements-Based Design

Analyzes customer processes and environments to design optimal solutions

Design Review & Drawings

Provides 3D modeling and drawing-based manufacturing feasibility reviews

Prototype Production

Quickly implements testable prototypes for verification

Technical Support

Performance improvement and maintenance support even after development completion

SPECIFICATIONS

Technical Specifications

TypeCustom measurement/inspection/experimental device/parts & module fabrication
Development ScopeSensor, structure, circuit, software, parts fabrication
Development ProcessRequirements analysis → Design → Prototype → Testing
DeliverablesDrawings, prototype, test report
SupportPost-development technical support and improvement

APPLICATIONS

Application Areas

Sensor Development

Custom sensor module development for special environments

Process Equipment

Compact measurement/inspection devices for production processes

Research Equipment

Compact devices and modules optimized for experimental environments

Educational Kits

Prototypes and experiment kits for universities and educational institutions

EXPECTED BENEFITS

Expected Benefits

Discover the key benefits of deploying Microsensus custom solutions, based on real customer cases.

Requirements Fulfillment Rate

Maximized completeness through custom design

Customer requirements fulfillment rate (%) — post-delivery customer evaluation

63
Off-the-shelf
97
Custom Made
Requirements fulfillment 63% → 97%
Design change requests reduced 82%
First delivery acceptance rate 94%
Requirements fulfillment 63% → 97%Design change requests reduced 82%First delivery acceptance rate 94%

Development Lead Time Reduction

Fast delivery through systematic process

Prototype development lead time (weeks) — actual project average

14Initial116 mo81 yr62 yr4Now
Avg. lead time 14 wks → 4 wks
Design iterations reduced 60%
Customer time-to-market shortened
Avg. lead time 14 wks → 4 wksDesign iterations reduced 60%Customer time-to-market shortened

Total Cost of Ownership Reduction

Minimized long-term operating costs through optimal design

5-year TCO comparison (relative index) — customer measurement

100
Off-the-shelf
52
Custom Made
TCO 48% reduction
Initial cost reduced by eliminating unnecessary features
5-year TCO reduced 48%
Dedicated maintenance contract support
Initial cost reduced by eliminating unnecessary features5-year TCO reduced 48%Dedicated maintenance contract support

Customer Re-engagement Rate

Long-term partnership through high satisfaction

Customer re-engagement and recommendation index trend

25
Yr 1
42
Yr 2
58
Yr 3
74
Yr 4
88
Yr 5
Re-engagement rate 88% (5-year cumulative)
Customer NPS score 72
Multiple long-term partnership contracts
Re-engagement rate 88% (5-year cumulative)Customer NPS score 72Multiple long-term partnership contracts
Key Expected Benefits
Requirements Fulfillment 97%
Lead Time -71%
Re-engagement Rate 88%

APPLICATION SCENARIOS

Application Scenarios

Here is how you can utilize this in these situations. Check the scenario that fits your site.

Compact Sensor Development for Collaborative Robots

Robot Automation / Smart Factory

Situation

Size and weight constraints of off-the-shelf sensors limit robot joint design, and products meeting required precision are hard to find on the market

How to Use

Collaborate through the entire process from requirements analysis to miniaturization design, prototype manufacturing, and performance verification to develop custom sensors

Expected Effect

Size/weight constraints resolved, precision improved, product launch schedule shortened

Custom Research Jigs and Measurement Devices

University Research / National Research Institution

Situation

Research requiring special specimen fixation or specific measurement conditions cannot be met with commercial products

How to Use

Jointly analyze research objectives and experimental conditions, then deliver small-lot custom products through 3D design collaboration and precision machining

Expected Effect

Experimental conditions fully met, research schedule proceeds normally, data reliability secured

Special Sensor Development for Extreme Environments

Defense / Aerospace

Situation

Sensors needed for extreme temperature, vibration, and pressure environments cannot meet specifications with off-the-shelf products

How to Use

Full process support: environmental condition analysis → custom design → environmental testing (temperature/vibration/shock) → final delivery

Expected Effect

Required specs met, reliability verification completed, stable supply within delivery schedule

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PROJECTS

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