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Location
Materials & Minerals Science Building (Building MM)
UniSA Mawson Lakes Campus
Mawson Lakes, South Australia, 5095, Australia
General Enquiries
For general enquiries or to book a one-on-one with one of our experts please contact:
testlab@unisa.edu.au
Location
Materials & Minerals Science Building (Building MM)
UniSA Mawson Lakes Campus
Mawson Lakes, South Australia, 5095, Australia
General Enquiries
For general enquiries or to book a one-on-one with one of our experts please contact:
testlab@unisa.edu.au
UniSA's Industry 4.0 Testlab
The University of South Australia’s Industry 4.0 Testlab has been set up to demonstrate Industry 4.0 methodologies and practices and includes practical laboratory-based capabilities and a pilot scale manufacturing demonstration. The Testlab has a particular focus on the defence sector, and is also highly relevant to the space, mining, electronics, food and agriculture, and automotive industries.
A key objective of the Testlab is engagement with small and medium enterprises (SMEs), introducing them to a broad range of Industry 4.0 strategies, methodologies and approaches. This includes demonstrating how these methods can be adopted by industry to enhance productivity, competitiveness and profitability. The Testlab provides local SMEs and high-tech start-ups with otherwise unattainable access to these smart factory technologies.
UniSA's Industry 4.0 Testlab
UniSA's Industry 4.0 Teslab - 360-degree walkthrough
360-degree Testlab walkthrough
The University of South Australia’s Industry 4.0 Testlab has been set up to demonstrate Industry 4.0 methodologies and practices and includes practical laboratory-based capabilities and a pilot scale manufacturing demonstration. The Testlab has a particular focus on the defence sector, and is also highly relevant to the space, mining, electronics, food and agriculture, and automotive industries.
A key objective of the Testlab is engagement with small and medium enterprises (SMEs), introducing them to a broad range of Industry 4.0 strategies, methodologies and approaches. This includes demonstrating how these methods can be adopted by industry to enhance productivity, competitiveness and profitability. The Testlab provides local SMEs and high-tech start-ups with otherwise unattainable access to these smart factory technologies.
Multi-Spanner
Printer: Desktop Metal Printer
Material: Stainless Steel 316L
Infill: Triangular, 12% density
Print Duration: 10 Hrs & 15 Mins
The PolyJet printing process utilises photopolymer resin technology to produces highly accurate parts in multiple colours and material properties. PolyJet models have a high-quality surface finish comparable to injection moulding, often not requiring any post processing to achieve a finished part.
Printer: Stratasys J735
Resolution (Layer Height): 14 – 30 microns
Materials: Vero CMYK & Clear (Acrylic-like), Tango/Agilus (Rubber-like), Digital ABS
Colours: CMYK, White, Clear & Ultra Clear, Pantone Match, Digital Mix
Typical Applications: Product development, prototyping, demonstration/display models
3D Scanning has never been so portable. The technology operates similar to a video camera, but it captures objects in 3D with continuous scanning. Simply turn it on and hover around the object for recording. Handheld 3D scanners are compatible with both lightweight laptops and tablets, providing the best overall user experience.
The UniSA Testlab 3D Scanners
Artec Space Spider:
• High Resolution Industrial 3D scanner of metrological accuracy
• Reverse engineering – Product Design, Customisation, and 3D Documentation.
• Fast scanning speed - 7.5 fps.
• High 3D point accuracy - 0.05 mm.
• 3D Resolution – 0.1 mm.
• Object size - Starting from 5 mm.
Artec Eva:
• Fast 3D scanner for large complex objects.
• 3D accuracy - Up to 0.1 mm.
• 3D resolution - Up to 0.2 mm.
• Object size - Starting from 10 cm
3D Scanning has never been so portable. The technology operates similar to a video camera, but it captures objects in 3D with continuous scanning. Simply turn it on and hover around the object for recording. Handheld 3D scanners are compatible with both lightweight laptops and tablets, providing the best overall user experience.
The UniSA Testlab 3D Scanners
Artec Space Spider:
• High Resolution Industrial 3D scanner of metrological accuracy
• Reverse engineering – Product Design, Customisation, and 3D Documentation.
• Fast scanning speed - 7.5 fps.
• High 3D point accuracy - 0.05 mm.
• 3D Resolution – 0.1 mm.
• Object size - Starting from 5 mm.
Artec Eva:
• Fast 3D scanner for large complex objects.
• 3D accuracy - Up to 0.1 mm.
• 3D resolution - Up to 0.2 mm.
• Object size - Starting from 10 cm
Bound metal deposition (BMD) is an extrusion-based printing process where metal components are printed by an extrusion of a metal powder-filled thermoplastic media and sintered to obtain full strength.
Printer: Desktop Metal
Resolution (Layer Height): 0.15 – 0.30 mm
Materials: 17-4 PH steel, 316 stainless steel, copper, H13 tool steel, 4140
Typical Applications: End use parts, replacement parts
Bound metal deposition (BMD) is an extrusion-based printing process where metal components are printed by an extrusion of a metal powder-filled thermoplastic media and sintered to obtain full strength.
Printer: Desktop Metal
Resolution (Layer Height): 0.15 – 0.30 mm
Materials: 17-4 PH steel, 316 stainless steel, copper, H13 tool steel, 4140
Typical Applications: End use parts, replacement parts
The PolyJet printing process utilises photopolymer resin technology to produces highly accurate parts in multiple colours and material properties. PolyJet models have a high-quality surface finish comparable to injection moulding, often not requiring any post processing to achieve a finished part.
Printer: Stratasys J735
Resolution (Layer Height): 14 – 30 microns
Materials: Vero CMYK & Clear (Acrylic-like), Tango/Agilus (Rubber-like), Digital ABS
Colours: CMYK, White, Clear & Ultra Clear, Pantone Match, Digital Mix
Typical Applications: Product development, prototyping, demonstration/display models
The PolyJet printing process utilises photopolymer resin technology to produces highly accurate parts in multiple colours and material properties. PolyJet models have a high-quality surface finish comparable to injection moulding, often not requiring any post processing to achieve a finished part.
Printer: Stratasys J735
Resolution (Layer Height): 14 – 30 microns
Materials: Vero CMYK & Clear (Acrylic-like), Tango/Agilus (Rubber-like), Digital ABS
Colours: CMYK, White, Clear & Ultra Clear, Pantone Match, Digital Mix
Typical Applications: Product development, prototyping, demonstration/display models
The FDM 3D printing technology uses a thermoplastic polymer in a filament form to create 3D products. The Testlab currently has four filament deposition modeling (FDM) printers; Fortus 450mc, MakerBot Method X, Markforged Mark Two, Lulzbot TAZ 5.
Printer: Fortus 450 mc
Resolution (Layer Height): 0.13 – 0.33 mm
Materials: ABS, ASA, Nylon 12, Nylon 12 with chopped CF, Polycarbonate, ULTEM, Antero (PEKK)
Colours: White, red, blue, yellow, natural, black
Typical Applications: Engineering models, prototypes, end use parts
The Fused Deposition Modelling (FDM) 3D printing technology uses a thermoplastic polymer in a filament form to create 3D products. The Fortus 450mc delivers accurate, reliable performance that lets you transform supply chains, accelerate manufacturing, and reduce production costs. It offers the materials you need to meet demanding production applications in any industry. From soft jaw tooling to ESD-capable space components, the Fortus 450mc is the additive manufacturing multi-tool.
Printer: Fortus 450 mc
Resolution (Layer Height): 0.13 – 0.33 mm
Materials: ABS, ASA, Nylon 12, Nylon 12 with chopped CF, Polycarbonate, ULTEM, Antero (PEKK)
Colours: White, red, blue, yellow, natural, black
Typical Applications: Engineering models, prototypes, end use parts
The Fused Deposition Modelling (FDM) 3D printing technology uses a thermoplastic polymer in a filament form to create 3D products. The Fortus 450mc delivers accurate, reliable performance that lets you transform supply chains, accelerate manufacturing, and reduce production costs. It offers the materials you need to meet demanding production applications in any industry. From soft jaw tooling to ESD-capable space components, the Fortus 450mc is the additive manufacturing multi-tool.
Printer: Fortus 450 mc
Resolution (Layer Height): 0.13 – 0.33 mm
Materials: ABS, ASA, Nylon 12, Nylon 12 with chopped CF, Polycarbonate, ULTEM, Antero (PEKK)
Colours: White, red, blue, yellow, natural, black
Typical Applications: Engineering models, prototypes, end use parts
for further enquiries please contact
testlab@unisa.edu.au