AMT DEC 2021

Page 102

100

WASTE & RECYCLING

Integra Systems – What is Circularity by Design? When Integra Systems announced a new partnership with Dutch manufacturer Brink Industrial last December, it was a momentous step for the Broadmeadows-based manufacturer on a number of levels. As well as providing a boost to business development and new business opportunities for Australian and Dutch co-manufacturing, the partnership also provided a platform for Integra to demonstrate its commitment to the development and growth of the circular economy as a fundamental design principle in manufacturing in Australia. Speaking at the announcement, Dai Forterre, Senior Policy Officer for Economic Affairs with the Netherlands Embassy in Canberra, explained that while developing business opportunities for Dutch manufacturers in overseas markets is a prime focus of his responsibilities, an equally important part is identifying companies that share his and the Embassy’s vision for creating sustainable ways of doing business. “Sustainability is an important part of [the Dutch government’s] economic, as well as our foreign policy, more broadly,” remarked Forterre. “I spend my time not just in what you would call economic diplomacy but what I call ‘green diplomacy’ and that’s where this really important collaboration meets – it’s a balance between economic innovation and development, and the adoption of sustainability ideas. Circularity has been an important agenda point, so it’s really wonderful for us to see entrepreneurs taking up the mantle and using it to drive innovative business models.” With words and phrases like ‘circularity’, ‘circular design’ and ‘circular economies’ being used more frequently, it’s worth taking a moment to explain what it actually meant by circularity or the relatively new concept in Australia: Circularity by Design.

An introduction to circularity Circularity is a remarkably broad term. It can best be described as a framework for an economy that is restorative and regenerative by design. The Ellen MacArthur Foundation is one of the world’s leading advocates for the advancement of circular economies, and expands on the notion of circularity in the following terms:

was naturally imbued in its ethos. Only now has the concept come to be known it as ‘circularity’. Take, for instance, the following examples. Many of the products which Integra produces are designed in modular or kit form for flat-packed transportation. Kits can be assembled and disassembled on-site. Due to more efficient use of haulage space, this reduces transportation costs and waste, which subsequently results in reduced carbon emissions. In the manufacturing process, Integra applies its knowledge of metals to select the most suitable material for its customers’ projects. The company does this to not only ensure the right product fit, but also the correct strength and durability, which leads to minimal defects and waste from product failure. Integra’s engineering space relies on ‘smart’ machine technology, which includes servo electric press brakes that automatically shut down when not being used, reducing energy consumption with the use of Punch IT coil lines. Integra’s fibre optic laser and compass technology utilises the highest speed laser head available, delivering the fastest cutting speed at maximum efficiency. All metal off-cuts and scrap are systematically collected and sent to an accredited recycling specialist. Circularity has always been a focus of product designs at Integra, and the company plans to continue making it more prominent in everything it does in the future: designing with an eye to waste reduction; employing modularity to maximise the scope for reuse or redeployment; and seeking possibilities to manufacture with recycled materials wherever possible. Reduce, reuse, remake, redeploy and recycle. That is circularity. www.integrasystems.com.au

“Looking beyond the current take-make-waste extractive model, a circular economy aims to redefine growth, focusing on positive society-wide benefits. Underpinned by a transition to renewable energy sources, the circular model … is based on three principles: design out waste and pollution; keep products and materials in use; and regenerate natural systems.” In essence, a circular economy aims to keep resources in use for as long as possible and then, at the end of their operating life, find ways to recover and regenerate those products and materials. From a circular design perspective, it means designing products that are versatile, and using environmentally friendly processes and materials that have the functionality to be incorporated and repurposed on multiple occasions in the future.

Integra’s commitment to circularity Integra has always embraced circular design – or Circularity by Design – in many practical, achievable ways. Interestingly enough, the company’s processes didn’t fit a ‘slogan’, yet circular design

AMT DEC 2021

Paul and Erika Hughes of Integra Systems signed an agreement last November with Dutch manufacturer Brink Industrial to embark on an international circular product manufacturing partnership.


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Articles inside

MANUFACTURING HISTORY: A look back in time

4min
pages 120-122

AMTIL FORUMS

17min
pages 108-111

Lockheed Martin partners with Omni Tanker

4min
page 106

Integra Systems – What is Circularity by Design?

3min
page 102

Foamex: Recycling polystyrene & closing the loop

2min
page 103

A smarter way of dealing with plastic

4min
pages 104-105

Recycling pioneer named NSW Australian of the Year

4min
page 101

Autowell – Vices for any machining setting

2min
page 99

Improving plastic recycling with hyperspectral imaging

4min
page 100

Haubex: Lang Technik’s latest innovation

3min
page 98

Sharp Tooling commissions large Okuma machine

2min
page 97

TAFE NSW gets tooled up with Suhner

3min
page 96

AM case study: AGCOM

5min
pages 92-93

COMPANY FOCUS: Agerris – Pioneers in their field

7min
pages 94-95

Meeting the need for extremely dry compressed air

7min
pages 90-91

Strong growth for food, grocery manufacturing

3min
page 89

ONE ON ONE: Dr Mirjana Prica

15min
pages 84-87

The impact of alignment on steel turning processes

5min
pages 82-83

Upton Engineering – Performance through precision

17min
pages 76-81

Metals leader partners with ipLaser

15min
pages 72-75

Tool for safer human-robot collaboration

4min
page 68

Perfume robots

4min
page 69

Press brakes – Why you need a seven-axis machine

6min
pages 70-71

Lorch – Bringing cobot welding to ANZ

5min
pages 66-67

Forklift safety: Is hi-vis the best we can offer?

6min
pages 64-65

Hangsterfer’s: A racing finish

6min
pages 62-63

Where can F1 in Schools take students?

14min
pages 58-61

EVOS: EV charging, made in Brisbane

4min
pages 56-57

What can we learn from the great chip famine?

5min
pages 52-53

Simulation speeds rollcage design process

7min
pages 50-51

How 3D printing makes McLaren go faster

8min
pages 54-55

Aussie aftermarket sector steams ahead

11min
pages 44-49

From the CEO

4min
pages 12-13

VOICEBOX: Opinions from the manufacturing industry

27min
pages 30-35

PRODUCT NEWS: Selection of new products

22min
pages 36-43

INDUSTRY NEWS: Current news from the Industry

27min
pages 20-29

From the Ministry

4min
pages 14-15

Advances in CNC tech fuel need for digitised tools 7

2min
pages 8-9

From the Industry

4min
pages 16-17

From the Union

4min
pages 18-19
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