An interactive view of how parts and tools are engineered.
Four engineering demonstration models — moulded component geometry, a mould concept, an industrial part and a tooling assembly. Rotate, zoom, section, explode and inspect.
Demonstration models
These are illustrative engineering demonstrations — not customer designs and not proprietary Aaru Plastics geometry.
Injection-Moulded Component
A generic demonstration of a moulded plastic housing: external shell, structural ribs, mounting bosses, bores and a parting-line hint. Illustrative only.
- Material
- Engineering demonstration
- Features
- 8
Injection-Moulded Component
A generic demonstration of a moulded plastic housing: external shell, structural ribs, mounting bosses, bores and a parting-line hint. Illustrative only.
- Rib
- Structural reinforcement. Engineering consideration: draft, wall thickness, tooling accessibility.
- Boss
- Locating / mounting feature. Engineering consideration: core depth and ejection.
- Parting line
- Tool split line and ejector witness. Engineering consideration: visible witness location.
Injection Mould / Tool
A generic two-plate mould concept: clamping plates, A and B plates, cavity and core inserts, runner concept, sprue, guide pillars and ejector pins. Illustrative only.
- Material
- Engineering demonstration
- Features
- 12
Injection Mould / Tool
A generic two-plate mould concept: clamping plates, A and B plates, cavity and core inserts, runner concept, sprue, guide pillars and ejector pins. Illustrative only.
- Cavity
- Forms the outside of the moulded part.
- Core
- Forms internal geometry.
- Runner
- Feed distribution concept between sprue and cavity.
- Ejector
- Part release from the core.
- Sprue
- Material inlet from the nozzle.
Industrial Plastic Component
A generic flanged cylindrical housing with a seal seat, bolt bosses and internal boss — presented with a section plane. Illustrative only.
- Material
- Engineering demonstration
- Features
- 6
Industrial Plastic Component
A generic flanged cylindrical housing with a seal seat, bolt bosses and internal boss — presented with a section plane. Illustrative only.
- Flange
- Mounting interface for the assembly.
- Boss
- Internal locating feature.
- Seal seat
- Sealing interface.
Tooling Assembly
A generic fixture assembly: plate, locating insert, locator pin and fasteners in an exploded arrangement. Illustrative only.
- Material
- Engineering demonstration
- Features
- 7
Tooling Assembly
A generic fixture assembly: plate, locating insert, locator pin and fasteners in an exploded arrangement. Illustrative only.
- Insert
- Replaceable locating geometry.
- Pin
- X/Y location control.
- Fastener
- Clamping of the insert.
From geometry to finished part
Geometry
Part geometry is the starting point for tooling decisions.
Tooling
Mould construction reflects the part, material and volume.
Manufacturing
Moulding parameters balance fill, cooling and ejection.
Finishing
Final finishing completes the engineered surface.
What you are looking at
Each model is a generic engineering demonstration built to illustrate standard features of moulded components and tooling — ribs, bosses, mounting points, cavities, cores, runners and ejector systems. They are not representations of any specific customer design or Aaru Plastics production part.