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Quarterly Report to 30 June 2018

Magnis Resources (ASX:MNS) is pleased to present its Quarterly Activities Report for the period ended 30 June 2018.

• Gigafactory relocation to New York State in progress
• Agreements signed to fast track Townsville Battery Plant

Magnis Resources (ASX:MNS) is pleased to present its Quarterly Activities Report for the period ended 30 June 2018.

Magnis has announced its participation in global consortiums, including ownership, to operate lithium-ion battery gigafactories in Australia, the USA and Germany. As a member of these consortiums, Magnis’ role will be to provide raw materials and associated technologies to assist in the production process. The Company is also involved with the development and ultimately mining natural flake graphite for use in various industries, including batteries for storing electrical energy.

The major activities announced during the past quarter are summarised in this report.

Gigafactory Relocation to New York State Underway

Imperium3 New York (iM3NY) has made solid progress on its New York Gigafactory project with the relocation of the battery plant from North Carolina, whereby Magnis now has an overall 44% direct and indirect shareholding through the IM3 Global Consortium.

Co-ordinated mobilisation efforts toward the disassembly, packaging and shipment of recently acquired equipment from a manufacturing plant located in North Carolina to the iM3NY facility at Huron Campus, the birthplace and former headquarters of IBM in Endicott, New York are well progressed. The Company is pleased to advise that these works programmes are all on-target and continue to advance according to plan.

Further, the development of design specifications for prismatic cells and related manufacturing processes are well underway at C4V’s Development Centre at the State University of New York in Binghamton.

During the process, iM3NY with the assistance of Magnis, are working closely with all relevant equipment
manufacturers to accelerate the mobilisation and re-engineering works programs to deliver the optimum outcomes
for all stakeholders.

Figures 1a and 1b : Lithium-ion manufacturing equipment undergoing disassembly process and being packaged with extreme care for the move to New York

The mobilisation process began in North Carolina in April of this year and is on track for completion within the next 1-2 weeks. All battery plant equipment is expected to be delivered by early August to the iM3NY facility in the Huron Campus Facility.

Figures 2a and 2b : Lithium-ion cell manufacturing equipment on floor and after disassembly and packaged for shipment

Figures 3a, 3b, 3c : Equipment after packaging, while loading for shipment to New York factory from North Carolina

Process and Product Optimisation work

As an integral and strategic element in planning and executing the acquisition of Lithium-ion Battery (LIB) manufacturing equipment in February 2018 (Refer to ASX Announcement on 8 February 2018), iM3NY is committed to diversifying its product offerings to include prismatic cells in addition to its original cylindrical cell product lines.

Each product requires ongoing reviews of the design, as well as careful validation and qualification of components that are required to build a single cell of a LIB. Thus, through the auspices of a highly capable and experienced team at C4V’s Development Centre in Binghamton, New York, the consortium has attained extremely satisfying outcomes in the last few months in terms of optimising cell design for drop-in integration to the new production line acquired, as well as achieving equally satisfactory performance targets from the Company’s qualified supply chain partners.

Investor meetings, site visits and offtake discussions

Senior Imperium3 executives have undertaken numerous investor meetings during the quarter, some of which have included site visits to the Huron campus where iM3NY is establishing its New York manufacturing presence. Further, the consortium has hosted visits by large European and United States based OEM’s to the facilities to inspect the significant progress first hand.

With all equipment expected to be delivered at the New York facility within the coming fortnight, iM3NY plans to organise additional site visits catering to potential partners across the investment communities of Australia, Europe and the United States.

Further, the Company advises that offtake discussions are continuing with highly prospective customers. iM3NY expects to enter into definitive agreements with these potential partners and anticipates first production from the New York plant in the first half of 2019.

About the Imperium3 Global Consortium and iM3NY

Members of the Imperium3 Global Consortium (Charge CCCV (C4V), Magnis and Boston Energy and Innovation) have been working together for the last 3 years to develop a sustainable supply chain to produce lithium-ion batteries across the globe in multiple locations.

The first USA project, “Imperium3 New York” has received New York State Government support, partial funding and other financial incentives to build the first Gigafactory (15GWh per year LIB) for lithium-ion battery cell production in New York. With this support, first production for a 1GWh line is planned for mid-2019 from iM3NY’s Endicott, NY facility on the Huron Campus.

iM3NY is a recently formalised consortium consisting of five key constituents (C4V, Primet Precision Materials, and C&D Assembly, Magnis and BEI). Additionally, over 45 global companies are participating as strategic value-chain partners.

The consortium has unique and patented lithium-ion battery intellectual property. Its members have been involved in battery production with the requisite, knowledge, experience, expertise and capabilities for lithium-ion battery manufacture from raw materials, to particle engineering, to systems electronics, to cell/battery manufacturing. At the management level, in addition to the highest-level battery expertise, the consortium comprises successful senior executives in all disciplines from a variety of multi-national companies.

The consortium’s objectives are to establish new capacity of lithium-ion battery manufacturing from outside the Pacific Rim. The organisational structure will be grown to enable the necessary and critical agility for rapid commercialisation of new lithium-ion battery technologies, including support for open innovation that is necessary for sustained high performance and low-cost battery products.

Figure 4 : Unloading machinery at Huron Campus

Agreements signed to fast track Townsville Battery Plant

As announced to the ASX on 5 June 2018, new project partners including SIEMENS, Celgard, Probuild, Norman Young & Disney, Ausenco and WT Partnership joined the Imperium3 consortium to assist with project delivery and $3.1 million was committed in funding from the Queensland Government towards the feasibility study of the planned lithium-ion battery plant in Townsville.

A signing ceremony hosted in Boston, Massachusetts on 3 June 2018 included Queensland Premier Annastacia Palaszczuk, Townsville Mayor Jenny Hill and senior representatives from Siemens, Celgard and Imperium3. An agreement was signed to help fast track the Townsville Battery Plant (see Figure 5).

Figure 5 : Signing Ceremony to fast track The Townsville Battery Plant endorsed by Queensland Premier Annastacia. Palaszczuk with representatives from Townsville City Council, Imperium3, Siemens and Celgard.

The committed funding allows for a feasibility study and detailed engineering work programs to begin immediately. The work will be carried out by key project partners that are also expected to be involved in the subsequent construction of the project, enabling the development to be fast tracked once an investment decision is made.

Tanzania – Nachu Graphite Project (NGP)

The NGP in Tanzania continues to steadily progress through the project requirements embracing the inclusion of the Special Economic Zone (SEZ) and Export Processing Zone (EPZ) into the broader project and the adjustment from recent legislation changes. The broader Magnis involvement in battery manufacturing and what the SEZ/EPZ will generate to Tanzania has been very positively received by the Government due to the fact that substantial value addition will be made within the country in-line with the policy of Tanzania. The Mining Commission upon which most mining and processing development requires consultation, is settling down to business.

During the quarter, activities continue with essential preparations for the SEZ/EPZ including on-ground demarcation of boundaries and engineering planning and revised design inclusions. The Company continues to
foster goodwill and respect within the local community with a continuation of planning and programs addressing access to learning material through a central library supporting the district schools. An increased education for local students will provide a more valuable workforce for future operations. The local villages and district government has been very supportive to the project and understanding of delays encountered whilst the Company addresses the revised legislation requirements.

Technology Produces Superior Battery Results

Subsequent to the quarter end reporting period, the Company announced to the ASX on 20 July 2018 that Magnis and exclusive partner, Charge CCCV (“C4V”) noted that joint testing programs on the commencement of lithiumion battery manufacturing are well advanced. Magnis and C4V have made significant progress in qualifying patented next generation materials for leading battery performance and commercial supply chain partners.

Recent test programs utilising silicon enhanced graphite anode materials have delivered major advances in both anode performance and the cost of its manufacture. In particular, the patented nanostructure silicon composite material can now be manufactured at a significantly lower equivalent cost to graphite after allowance for its increased capacity.

Supply chain qualification for commercial integration benefits include:
• First cycle lithiation capacity of 623+ mAh/g, a 80% improvement on the energy density performance of existing graphite-based anode material;
• A first cycle efficiency of >89% without any pre-lithiation;
• Greater than 98% capacity retention after 35 cycles

In general terms, 80% more capacity translates to approximately 30% more distance covered by a vehicle using a similar battery pack size, when compared by dimensions. For example, an average Tesla battery has a range of approximately 450km and the results achieved here would allow the same size battery pack to achieve 600km.

Figure 6 : First cycle of Li-ion coin cell made with Nachu graphite and composite silicon.

Figure 7 : Cycling data of Nachu graphite and composite silicon anode

The Company has received significant levels of interest from leading anode suppliers for the silicon graphite anode blend. Samples and results are currently being shared with these parties.

Original Equipment Manufacturers qualification has also begun with battery cells being recently sent to OEM’s in the United States. Larger volumes of samples are being prepared for delivery and will be sent to European OEM’s later this quarter.

Discussions to date have been promising and the Company expects to reach an agreement before the end of the calendar year.

Magnis and C4V Generation 1 and Generation 2 cathode technologies have received interest from groups within the battery industry and potential new entrants to date. Generation 1 cathodes, which will be ready for mass production in the near term, do not require any cobalt or nickel and have much higher capacity than phosphate (such as LFP) or oxides (such as NMC, NCA, LMO). Generation 1 cathode BM-LMP has been tested on commercial size (several Ah) cylindrical as well as pouch form factors. Generation 2 is targeted towards higher energy density (~300Wh/kg) and higher temperature stability (no cooling until 65°C). Testing for Generation 2 remains ongoing and the Company will provide an update to shareholders as developments materialise.


The cash position for the Company at 30 June 2018 was A$1.55M.

The Company is exploring opportunities presently for its funding alternatives to provide an adequate capital base level for the future, as the Company continues its focus on the lithium-ion battery factory strategy (with the New York Gigafactory scheduled for first production next year) including the responsibility for the end to end supply chain in sourcing the raw materials and associated technologies for lithium-ion battery cells.

As per the announcement made to the ASX on 25 July 2018, potential investors, both domestic and international are currently undertaking various forms of due diligence with a view to making an investment in Magnis. Cornerstone investments form part of this interest and discussions are continuing and the Company is aiming to be in a position to announce a definitive investment this quarter.

Resignation of Director

Mr Peter Sarantzouklis resigned as a director of the Company on 16 April 2018.


The following is the Schedule of Mineral Tenements held by the Company:
SML550/2015 SML Nachu (100%)
PL10929/2016 Nachu (100%)

Dr Frank Houllis
Chief Executive Officer
Magnis Resources Limited
+61 2 8397 9888

Click here to connect with Magnis Resources (ASX:MNS) for an Investor Presentation.

city harbour with boats

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A form of carbon, graphite is a good conductor and is invaluable in electronics. It comes in three different forms, each with their own valuable applications in modern technology, making it a sought-after commodity without which supply lines for many industries around the world would grind to a halt.

Graphite isn't produced in Australia (yet), but the country sits on 1.05 million tonnes of ore reserves, and 7.14 million tonnes of economic demonstrated resources (EDR), as per 2017 government data — and those numbers are way up from the previously disclosed data from Canberra in 2013.

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5 Top ASX Robotics Stocks

Emerging Technology Investing
robotic arm above a globe showing Australia

Australia is hoping to lead the way in robotics, and these are some of the country's top robotics stocks by market cap.

Robotics is a growing area of engineering and science technology. Although Australia is hoping to lead the way in robotics, the number of pure-play ASX-listed robotics companies isn't all that big.

Robotics is a broad term covering everything from design to the construction and operation of robots. It also includes the use of robots in roles normally played by humans, often to reduce errors or speed up processes.

This list includes a wide range of ASX-listed companies that employ robotics. Data was sourced using TradingView's stock screener on November 24, 2021, and stocks are listed in order of market cap from largest to smallest.

1. WiseTech Global (ASX:WTC)

Market cap: AU$17.19 billion; current share price: AU$52.90

Technology powerhouse WiseTech Global provides software solutions to logistics businesses in 130 countries around the world. Its CargoWise platforms are designed using workflows, automation and robotics. The WiseTech Global Group includes more than 30 businesses.

The company has performed positively on the ASX over the past year, with its share price rising about 70 percent since the start of 2021. The company expects to continue this momentum in during its 2022 fiscal year, with projected EBITDA growth of 26 to 38 percent.

2. Altium (ASX:ALU)

Market cap: AU$5.47 billion; current share price: AU$41.67

Altium is a leading global software company that focuses on 3D-printed circuit board (PCB) design. Although seemingly obscure, the PCB design tool Altium Designer is used by robotics companies like Robotics Kanti. The company also sponsors student robotics design competitions that focus on PCB design.

The 2021 fiscal year was strong for Altium, which reported a revenue increase of 6 percent, to AU$180.2 million, and announced a final dividend of AU$0.21 per share.

3. Vection Technologies (ASX:VR1)

Market cap: AU$249.49 million; current share price: AU$0.25

Vection Technologies is a multinational software company with offices in Western Australia, as well as Subiaco and Casalecchio di Reno in Italy. The company uses robotics technology in addition to 3D, virtual reality, augmented reality, industrial internet of things and CAD solutions.

The business is split into two sections: information technology development and outsourced services. The company also collaborates with Autodesk Technology Centres, the Microsoft Mixed Reality Team and Cisco Systems Italy.


Market cap: AU$116.95 million; current share price: AU$0.05

FBR designs, develops and builds robots for the global construction market. The company's dynamically stabilised offerings are made to work outdoors using FBR's Dynamic Stabilisation Technology.

This technology was first used in the Hadrian X, a brick-laying robot that can build structural walls more efficiently than traditional methods and with less waste. The first commercial building to have its structural walls built by Hadrian X in 2020 was completed and tenanted in 2021.

5. Bill Identity (ASX:BID)

Market cap: AU$44.18 million; current share price: AU$0.25

Previously known as BidEnergy, Bill Identity provides a series of bill management solutions leveraged using its Robotic Process Automation (RPA). The RPA system helps clients increase their efficiency and serves customers across Australia, New Zealand, the UK, the US and Europe. The company had a strong year, with total operating revenue growth of 55 percent year-on-year to AU$14.6 million in its 2021 fiscal year.

Don't forget to follow us @INN_Australia for real-time updates!

Securities Disclosure: I, Ronelle Richards, hold no direct investment interest in any company mentioned in this article

Sydney Opera House at night

Robotics is an area of investing that is growing in Australia ― but is it a sector worth investing in?

The global robotics industry is expected to grow at a compound annual growth rate of 7.8 percent through 2028 according to the Global Industrial Robotics Market Analysis 2020. Robotics is an area of investing that is growing in Australia ― but is it a sector worth investing in?

Broadly speaking, robotics is the design and construction of robots. This can include core automation and production, industrial software, robot technology and integration of robotics. From drones to self-driving cars to toys ― robotics is a growing industry that is beginning to permeate our daily lives.

The distinction between robotics and AI can be a little confusing, but essentially think of robotics like the body and AI like the brain. Both can exist separately, and they are powerful when combined. The goal of a robot is to complete a task faster and more efficiently than a human.

What does the market look like?

The COVID-19 pandemic has seen technology sectors such as robotics accelerate as businesses have faced global challenges. Robotics has been able to help keep spaces safer by replacing humans with robots on factory lines, in eCommerce warehouses or on healthcare frontlines taking temperatures or disinfecting spaces.

What is Australia doing to support the robotics sector?

In early 2020, the Robotics Australia Network was formed to accelerate growth of the domestic robotics industry. The network aims to strengthen global competitiveness and cement Australia as a global leader in robotics.

How does the Australian robotics sector stack up?

According to the International Federation of Robotics, in a ranking of the world's most automated countries it's not even in the top 10. Number one is Singapore, followed by South Korea then Japan.

The investment space for pure robotics companies is relatively small, with greater opportunities to invest in more broader technology, AI and automation stocks.

Who are the big players in robotics stocks?

Robotics stocks in Australia are companies with a strong crossover to other technology sectors like artificial intelligence and virtual reality.

Vection Technologies (ASX:VR1)
Market Cap AU$77.56 million

Vection is a multinational software company with offices in Western Australia as well as Subiaco and Casalecchio di Reno in Italy. The company uses robotics technology as well as 3D, virtual reality, augmented reality, industrial IoT and CAD solutions. The business is split into two sections: IT development and outsourced services. The company also collaborates with Autodesk Technology Centers, the Microsoft Mixed Reality Team and Cisco Systems Italy.

Bill Identity (ASX:BID)

Market Cap AU$52.97 million

Previously known as BidEnergy, Bill Identity is a series of bill management solutions leveraged using robotic process automation, which helps clients increase efficiency. The company serves customers across Australia, New Zealand, the UK, the US and Europe. Bill Identity had a strong year, with total operating revenue growth of 55 percent year-on-year to US$14.6M in FY21.

What are the other ways to invest in robotics?

Another way to get into the robotics sector is investing in robotics exchange traded funds (ETFs), a popular choice that offers exposure to the industry of robotics and artificial intelligence rather than a single company. Two major ETFs in the robotics sector are:

  • BetaShares Global Robotics and Artificial Intelligence ETF (ASX:RBTZ)
  • The ROBO Global Robotics and Automation ETF (ARCA:ROBO)

Don't forget to follow us @INN_Australia for real-time updates!

Securities Disclosure: I, Ronelle Richards, hold no direct investment interest in any company mentioned in this article.