PORTFOLIO
Precision in Every Detail
We bridge the gap between complex engineering concepts and production-ready reality, delivering rigorous documentation for manufacturers who demand absolute accuracy.
01
Kardex Storage Density Optimisation
Carwood Fuel Systems
50%
DENSITY INCREASE STANDARD camshafts
80%
DENSITY INCREASE RAIL Camshafts
+270
CAMSHAFTS PER SECTION
0
ADDITIONAL KARDEX UNITS REQUIRED
SolidWorks
Storage Design
Spatial Optimization
Automotive
Fabrication Ready
Complete geometric redesign of an automated Kardex storage tray system for camshaft inventory. Replaced the legacy spatial configuration with a modular architecture that increased storage density by 50%, eliminating the need for additional Kardex units on the shop floor.
02
An obsolete driveshaft and gear assembly, worn beyond service, with no manufacturer drawings available. Reverse-engineered from the physical component to produce a complete 3D model and a manufacturing-ready drawing package — restoring a part that would otherwise force a full unit replacement.
Driveshaft & Gear Assembly
Sector: Automotive Remanufacturing
0
original drawings available
2
worn parts measured
1
Production drawing completed
SolidWorks
Reverse Engineering
Legacy Parts
Manufacturing Drawings
03
A high-pressure diesel fuel pump had to be stripped repeatedly during manufacturing development. The existing removal method damaged the pump front plate every time and took nearly seven minutes. MPD reverse-engineered the pump, designed a purpose-built extraction tool around it, and validated the disassembly path by motion simulation before a single part was cut.
Front-Plate Removal Tool
Client: Carwood Fuel Systems
IN SERVICE
6:45
PREVIOUS DISASSEMBLY TIME
<1:00
WITH THE MPD TOOL
85%
TIME REDUCTION
6
PARTS IN THE TOOL ASSEMBLY
Solidworks
Tooling design
MOTION SIMULATION
REVERSE ENGINEERING
Contact MPD
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