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Newsletter - February / March Edition
Dear Reader, Thank you for your interest. This newsletter has been printed for over 35 years in its previous format. Since our Rowe Scientific Foundation needs to have a newsletter, it has been decided to morph the Rowe Scientific Newsletter, into the Rowe Scientific Foundation newsletter, with its emphasis on science education and science in general. For those of you in search of the traditional laboratory information, please see our “Lablikes” by clicking here.
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Precision in Characterisation:
The Anton Paar Power Duo
In our latest product spotlight, we are looking at two instruments that have become essential for the industrial sectors we serve, particularly across mining, cement, and advanced materials. These aren't just "box-shifted" tools; they are high-precision solutions designed to thrive in the demanding environments of Australian industrial labs.
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Litesizer DIF: Redefining Laser Diffraction
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The Litesizer DIF series (100, 300, and 500) represents a significant leap forward for anyone measuring emulsions, mineral suspensions, or cements. While the market has long been dominated by a leading competitor, the DIF offers a more robust alternative specifically engineered to survive dust and vibrations through an IP41 rating and isolated optics. This is a "set-and-forget" instrument that eliminates the frequent, expensive laser replacements common in older competitive models.
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The engineering versatility is where it truly shines: you can swap between liquid and dry measurement modules in just 10 seconds, allowing for incredible throughput in a busy lab. With a liquid measurement range stretching from 10 nm to 2.5 mm, and a dry range up to 3.5 mm, it handles everything from fine powders to coarse suspensions with nearly identical results to the industry standard. Plus, the peace of mind offered by a 10-year warranty on the solid-state lasers makes it a smart long-term investment for remote sites where repairs can be a logistical nightmare.
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Perfect for:
• Industrial Durability: IP41 rating with optics isolated from lab dust and vibrations.
• Long-term Reliability: Solid-state lasers backed by an industry-leading 10-year warranty.
• Superior Range: Measures liquid samples from 10 nm to 2.5 mm, exceeding competitor ranges.
• Versatile Analysis: Handles dry measurement ranges from 100 nm to 3.5 mm for various materials.
• Maximum Efficiency: Switch between liquid and dry modules in only 10 seconds.
• Dual Technology: Optional DIA camera module combines laser diffraction with image analysis.
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Question:
Acid cleanup kits are noted for use with almost all acids EXCEPT Hydrofluoric acid. Why?
The answer will be in the next edition of the Rowe Scientific Pty Ltd newsletter.
Did you know the answer to the last quiz question?
If you had a rope going around the planet, how much additional rope would you need to raise it 1 meter off the surface the whole way around?
Answer: To lift the rope 1 meter off the surface everywhere, you increase the radius by 1 meter, so the extra rope equals the increase in circumference:
ΔC=2πΔr=2π×1 m≈6.283 m
So about 6.28 meters (6 m 28 cm) of additional rope, regardless of which planet.
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Thank you for your continued purchases of our Quantum Clean laboratory detergent and special range of pH Buffers. We have reset the target to $42,000 for the 2025 - 26 financial year.
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CLIENT OF THE MONTH: Activated Carbon Technologies
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Winners are chosen by our computer on a random basis. The prize is the client's choice of $100 worth of laboratory items from a supplied list.
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Activated Carbon Technologies Pty Ltd (ACT) is a 100% Australian owned specialist supplier and manufacturer of activated carbon products. ACT manufactures and supplies activated carbon for water treatment, air filtration, gold recovery, and other applications across the Australian, New Zealand and global markets.
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ACT supplies a range of activated carbon formats including powdered, granular and pelletised activated carbon, along with anthracite. ACT also offers technical support services, including carbon plant optimisation, operational support, and advice on handling and dosing equipment, supported by laboratory analytical services.
ACT can manufacture up to 45,000 tonnes of finished activated carbon products per year, split between powdered and granular activated carbon.
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ACT operates its own laboratory at its Perth factory, where it conducts routine activated carbon analysis and application development studies to support product development work for industry applications. For potable water products, ACT notes certification to the NSF/ANSI 61 standard with WQA Gold Seal Certification.
ACT lists applications across water, air and odour, industrial, soil and environment, and food and beverage.
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Ensuring Scientific Precision: Servicing Labs Australia-Wide
Reliable calibration, repair and maintenance services for scientific instruments is now more accessible than ever across all of Australia.
No matter where you are in Australia, our service centers are here to keep your equipment running smoothly and performing at its best.
Our qualified technicians provide calibration, repairs, installations, and preventative maintenance for a wide range of laboratory instruments. With a national network, we can offer consistent service standards, fast turnaround times, and access to genuine parts, no matter your location.
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Calibration Services
Our technicians are able to calibrate many of your instruments to ensure confidence in the work you do. We have factory training from many suppliers including Hach and Velp Scientifica.
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Repair Services
Whether you require an inspection and or repair, installation services or general maintenance, our technicians can assist. We understand the products we sell and how you use them and their importance to your production goals.
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Maintenance Plans
If you have multiple instruments and want the peace of mind which comes with an effective preventative maintenance plan, we can help. Working to your needs, we can develop a relevant, cost efficient service plan to keep your laboratory instruments operating.
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Ensuring the accuracy and reliability of your scientific instruments is our priority. Let Rowe Scientific help you maintain excellence in your operations!
Regardless if your instrument is within or out of warranty, we provide professional technical services to diagnose and report on solutions to help keep you running.
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THE UNIVERSITY OF SYDNEY ROWE SCIENTIFIC FOUNDATION CHEMISTRY SCHOLARSHIP 2025
Congratulations to Jonathan Chandler and Mirren Fitzgerald, the 2025 recipients of Rowe Scientific Foundation Chemistry Scholarship, at The University of Sydney.
In Jonathan's own words:
"Since high school I have always had a curiosity and passion for the subject of chemistry. My chemistry teacher during high school inspired me to pursue this passion at university, one of my smartest life choices to this day. Receiving the scholarship was a little bit of a shock as I had no clue the scholarship existed until I was awarded it, and I know there are so many talented people in my degree.
As I have progressed through university, my love for the subject has only grown, making both learning and studying feel extremely rewarding. I hope to use some of the money to fund myself during an honours year in chemistry at the University of Sydney, with the dream being to eventually pursue a PhD. I would really like to thank the team at Rowe Scientific for recognising my passion for chemistry and aiding me in the pursuit of my dreams."
Kind regards,
Jono
Ms Mirren Fitzgerald
Mirren graduated from the Bachelor of Science at the end of 2025.
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MURDOCH UNIVERSITY ROWE SCIENTIFIC FOUNDATION CHEMISTRY SCHOLARSHIP 2025
Congratulations to the following recipients of the Rowe Scientific Foundation Chemistry Scholarship 2025.
In Madeline's own words:
I am writing to sincerely thank you for your generous support through the Rowe Scientific Scholarship. I am truly honoured and grateful to have been selected as a recipient. Beyond easing the financial pressures of balancing study and living costs, this scholarship holds deep emotional significance for me. My path through tertiary education has been far from conventional, and receiving this award feels like a meaningful acknowledgement of the hard work and dedication I have invested over the past few years. It has already become a tremendous source of encouragement as I continue striving toward my goals.
Before transferring to Murdoch University, I was studying law and began working as a law clerk and formalities assistant at Wrays Intellectual Property. During my time with the life sciences and litigation team, I developed a keen interest in science, which led me to begin a Bachelor of Science alongside my law degree. As this interest grew into a genuine passion, particularly for chemistry and its forensic applications, I made the significant decision to shift my focus entirely to science. I transferred to Murdoch to complete my Bachelor of Science, majoring in Forensic Chemistry, with an additional chemistry focus through electives.
Since then, I have become increasingly captivated by the field and have taken on every opportunity to expand my knowledge and experience, whether through summer research placements or industry-related programs. This scholarship will help me to continue pursuing such opportunities throughout the remainder of my studies.
Looking ahead, I hope to apply my chemistry background in both forensic and broader scientific research and industry settings, contributing to real-world problem-solving in meaningful ways. In the short term, I am actively seeking further research and industry experience, and I am currently applying for vacation roles for the upcoming summer of my penultimate year. As I continue exploring potential career paths, this scholarship will play a crucial role in enabling me to better refine my goals and pursue my interests without the added financial strain.
Thank you once again for your generous support. I am truly grateful, and I never imagined I would be capable, or considered worthy, of receiving an award like this.
Sincerely,
Madeline Amos
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In Theodore's own words:
Thank you for the opportunities that you have given me with the Rowe Scientific Scholarship. You have given me the ability to thrive in this new environment. I apologise for how overdue this letter has been. I have been taking the time to get used to my space, not just in Perth, but living as an adult. Although, thanks to your help, this process has been significantly easier without having to worry as much about my finances.
I’m currently a chemistry major, although I’m considering a double major in statistics. I’ve always found myself drawn to mathematics as a kid and was absolutely enchanted by it. In high school my attention was drawn to chemistry, as my high school had more for scientifically minded students than my primary school (I lived in a rural town at the time). There are a couple of programs and groups I’ve interacted with over this last year, some related to STEM, some not, but for the most part I’ve been trying to keep a somewhat steady routine as I adjust to adult life.
As of writing this, I’m on track to getting at least a credit in all of my units from this semester, a distinction in my chemistry, and a high distinction in my statistics. Last semester, I got a distinction for my chemistry and maths, and a high distinction for my scientific communication unit.
I chose Murdoch for the friendly community, and so far, I haven’t been proven wrong. Everyone here has been nothing short of absolutely lovely.
I’ve had a couple of vague plans for employment, but the main one is to find a job as a laboratory technician, hopefully part time given the requirements that come from my course work and my heavy preference to attend as many workshops, tutorials, and lectures as I can. I have been struggling to find a job that isn’t full time, but I’m holding out hope regardless. I’m also keeping an eye out for job opportunities on campus, either as a technician, an ambassador, or just working at one of the many businesses on campus.
There are a few internships I’ve applied to but I haven’t had any luck with them so far, likely due to my status as a first year. As for employment after university, I would like to find a stable career, preferably as an analytical chemist at this stage, but I think I would also enjoy research. However, I’ve been told by my professors and fellow students that it can be an unstable career path, which makes me hesitant to go down that path in the absence of more secure options.
Overall, I’m still enjoying my time at university, and again, I can’t thank you all enough for the opportunity. From the bottom of my heart, thank you so much for the stability you’ve afforded me as I undergo these extreme changes. It’s been a major weight of my back, and I can’t count the amount of times that this scholarship has helped ease the stresses of this new life I’m building.
Kind regards,
Theodore Chan
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CURTIN UNIVERSITY ROWE SCIENTIFIC FOUNDATION 2025 HDR CHEMISTRY SCHOLARSHIP
Nathan Dempsey is the 2025 recipient of the Curtin University Rowe Scientific Foundation HDR Chemistry Scholarship.
Nathan Dempsey received his BSc (Chemistry) from Curtin University, in 2023. His interest in luminescent molecules was realised during a third-year research project supervised by Professor Max Massi, which focussed on the synthesis of novel, boron-based fluorophores for cell and brain tissue imaging.
In 2024, Nathan continued his research within the Massi group, and obtained his BSc (Honours). His Honours research focussed on the synthesis of phosphorescent Re(I) and Ir(III) complexes as reversible redox probes, for the investigation of both physiological, and pathological roles of oxidative stress.
In February 2025, Nathan commenced his PhD under the supervision of Professor Max Massi, and Associate Professor Mark Hackett. His current research continues to develop organometallic Ir(III) scaffolds as cell and tissue staining agents. Through employment of novel heterocyclic ligands, Nathan aims to create complexes with relatively high luminescent efficiency. Through detailed photophysical analysis and utilisation of synchrotron imaging techniques, Nathan will attempt to elucidate structure-activity relationships for these complexes, which may enable more rational design of Ir(III) staining agents in the future.
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MONASH UNIVERSITY ROWE SCIENTIFIC FOUNDATION SCHOOL OF CHEMISTRY AWARDS (Semester II, 2025)
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O’Dwyer Kent Prize
CHM1022
Chemistry
Mr Edward Redlich
In Edwards's own words:
Chemistry has fascinated me since year 10 or 11 when I began to discover the importance of exploration in chemistry to improving the delivery of healthcare. 'Chemistry 2' painted a picture of how basic chemistry concepts such as transition metal properties and stereoisomerism can be utilised in to make progress in the healthcare sector.
The subject has made me appreciate the beauty and intricacies of some chemical pathways we take for granted, whether it be the reaction pathways of cancer treating platinum drugs or the details of haemoglobin action in our blood.
I hope that in the coming years of university I find myself in subjects that allow me learn how the basic chemical processes we might take for granted as students can be harnessed to have a real world and life changing impact.
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West Prize
CHM1052
Chemistry II Advanced
Ms Anna Sycheva
In Anna's own words:
My passion for chemistry started 5 years ago. At first, I simply followed the instructions in class - it was a new world of atoms and bonds with its own rules. Soon I realised that behind every colour change or gas bubble there was a story - hidden logic explaining what reactions lie behind.
I can’t choose one particular topic that interests me the most - everything seems captivating. CHM1052 showed that everything is tightly intertwined. It taught me to see and utilise linkages between the topics and ask questions. It’s amazing to be able to explain to myself how things work, from the simplest household reactions to complex biological processes.
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Brown Godfrey Prize
CHM2922
Spectroscopic and Analytical Chemistry
Mr Will Wright
In Will's own words:
I've been drawn to electrochemistry since before I even started university. It started when I was shown through the lab of an electrochemistry group and it felt like there were so many new possibilities for this field that were opened up to me.
This unit's electrochemistry section really gave me an amazing insight into things I didn't know I could do with the tools I was familiar with. It has reminded me why I like it so much and has compelled me to keep at it and keep learning everything I can about electrochemistry.
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Williams Yandell Prize
CHM2942
Biological Chemistry
Mr Yonatan Gilboa
In Yonatan's own words:
As a student with a strong passion for medical science, chemistry is undeniably a cornerstone of my education. Chemistry informs all the fundamental principles of life, and a deep understanding of the science must be developed before we can even begin to try to make sense of the human body.
CHM2942 has given me a greater appreciation for the intricacies of life and how humans have come to walk this earth from a collection of prebiotic molecules. The combination of organic, inorganic and spectroscopic chemistries has provided me with a robust comprehension of the molecular mechanisms that underly biology and has enriched my understanding of the fundamental principles of life.
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Nunn Prize
CHM2962
Food Chemistry
Ms Jemina Carnell
In Jemina's own words:
CHM2962 was such an exciting unit for me as it introduced a side of chemistry that I hadn't yet explored. My passion for chemistry begun in high school and has only continued to thrive throughout university. I have always aspired to be as well-versed as possible, both academically and practically, across the many branches of chemistry.
This unit deepened my understanding of the chemistry behind food products, and particularly how to apply these concepts to the real world. As someone who loves food, CHM2962 enlightened me academically and practically, providing insight into what I'm baking, cooking or eating. As such, the CHM2962 labs were highly intriguing as they involved the analysis of common household foods, some of which I'd eaten before! Overall, I've really enjoyed this unit and look forward to applying my newfound food chemistry knowledge in the future.
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Gatehouse Prize
CHM2990
Introductory Chemical Research
Ms Ela Sherwood
In Ela's own words:
Chemistry has a way of creating questions out of answers; of existing at such extremes where the foundations of our understanding of the world shifts as individual reactions fall into place, linking waves, light, and indivisible particles to the experiences we've had all our lives. I love being able to deep-dive into everything chemistry has to offer, from the labs to the theory, and everything in between.
This unit has allowed me to steer my own direction, explore every aspect my heart desired, and provided a confidence and passion to simply do science. I was able to combine my love of biology and of chemistry, and relate this to active research. I've grown so much towards my goal of being an academic, and I'm so endlessly excited to keep going beyond the unit and research and learn as much as I can.
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Spiccia Prize
CHM3180
Materials Chemistry
Ms Sarah Prendergast
In Sarah's own words:
My passion for chemistry was refreshed by my CHM3180 experience. It showcased the many ways chemists have developed ways to better understand and work with the world around us, through polymers and their biomimicry properties and ionic liquids with their fascinating features. I never appreciated how complex renewable energy systems are, until the hydrogen and ammonia economies were explained.
The chemistry was broken down into very accessible areas that opened my eyes to the possibilities of future career pathways. It allowed me to finally understand the nuanced approaches to hands on reactions in the lab and inspired me to delve deeper into lab activities.
The lecturers and perfect planning of the unit showed me just how easy it is to do something your passionate about and allowed me to demonstrate my own enthusiasm in return. This unit taught me not just about chemistry but about the world around me. This was emphasised by our lab work, with each experiment being useful and relevant, if a little out of order :). It has fuelled my love of chemistry and I can’t wait to see where it will take me next year.
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Eastwood Prize
CHM3922
Advanced Organic Chemistry
Mr Michael Cotugno
In Michael's own words:
This semester, I have been building towards a semester of exchange in Singapore in 2026. Singapore has an incredibly rich expertise in sustainable catalysis, which forms a crucial component of its manufacturing- and export-focused industry.
CHM3922 was an invaluable unit towards this, not just for the depth of its content, but for the constant references it made to high achievers in the field. Some of the papers we used as case studies in class were from our very own professors, and it was inspiring to see that these skilled teachers - and comedians at times - were also part of the movement towards greener chemical pathways.
Coming into university, I was convinced I needed to complete further study to expand my breadth in the science space - like many, I did not see myself in a lab for my career. However, this unit conveys the breadth I seek - I can now see the value of highly technical skills in careers tangential to chemistry, including environmental consultancy and policymaking. Overall, advanced organic chemistry has solidified my pathway in chemistry without taking away from the breadth I seek in my career.
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Hearn Prize
CHM3952
Advanced Analytical Chemistry
Ms Elaine Maeve Marques
In Elaine's own words:
Throughout this unit whilst learning about various analytical techniques and instrumentation I took a great interest in the mechanisms behind how all of the different analytical instruments function.
Learning about the technologies that have led to so many different chemical discoveries was fascinating and has grown my appreciation of the chemistry knowledge we have available to us. I’ve always had a deep interest in understanding the world through chemistry and was always fascinated by trying to understand how all of the discoveries that lead to where we are now were made and that is something that this unit has helped me learn about further.
It was also interesting to learn about the various applications of analytical chemistry techniques outside of research and academia in industry and my appreciation for the analytical chemistry discipline has grown more as a result of that.
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Scott Prize
CHM3972
Sustainable Chemistry
Ms Sidney White
In Sidney's own words:
Growing up in Albury on the Murray River, conservation and sustainability have always been important factors to me. Seeing the impact of human development on local ecosystems, such as native fish death due to blue green algal blooms, motivated me to consider how my passion for science can intersect with developing sustainable solutions for the future. Consequently, I have found CHM3972’s focus on the intersections between sustainable chemical technologies and the challenges of their commercial implementation to be particularly interesting.
When conducting laboratory experiments comparing conventional and sustainable aldehyde synthesis in the context of pharmaceuticals, we considered that although a method may be more sustainable, commercial viability constraints including yield and purity impact commercial uptake of more sustainable synthesis methods, particularly in the pharmaceutical sector.
As implementation of these methods becomes of increasing importance, the opportunity to consider how to evaluate and improve current conventional and sustainable synthesis methods highlighted the possibilities available to enable me to contribute both my passion for sustainability alongside my skills in chemistry to develop novel solutions to these problems in my future career.
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Dobney Prize
CHM3990
Chemistry Project
Matthew Hudson
In Matthew's own words:
Through this unit, I explored the synthesis of gallium complexes and their potential role in combating antimicrobial resistance. While inorganic chemistry isn’t my primary focus, I found the process of conducting reactions under Schlenk protocols both challenging and rewarding, offering valuable insight into air-sensitive techniques.
Beyond synthesis, this project reinforced my interest in therapeutics and drug development, motivating me to apply my chemistry knowledge toward optimising and creating new pharmaceuticals that could one day help treat disease.
Importantly, this unique unit has allowed me to integrate the knowledge I’ve gained over the years to execute independent research while refining my practical and analytical techniques, setting a strong foundation for future studies in medicinal chemistry.
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Do you have all of the latest Rowe Scientific catalogues and brochures?
Click the HERE to go to the downloads page on the Rowe Scientific website.
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NEW SOUTH WALES
Dear Clients,
We hope you all managed to get some time off over the holiday period and that your return to work wasn’t too much of a shock to the system! 2026 has barely even started and we’ve already seen bushfires, flooding and other wild weather around Australia, not to mention multiple significant events on the global stage. We hope you all are managing to stay safe and well, as we navigate our way through what is shaping up to be another interesting year.
To our Winery clients, we hope that your Vintage season is going well. Please reach out to either Cindy or Sheema should you require any assistance with your testing or Laboratory requirements.
The 11th of February 2026 marks the 11th International Day of Women and Girls in Science, where we recognise the significant contributions of women in STEM and promote equality and empowerment by increasing access to education and participation in STEM for women and girls around the globe. As a trusted scientific supplier in Australia, we are extremely fortunate to know and work with so many wonderful women in STEM across the nation, and we are very proud to support them in their work.
We are also privileged to have a representative from Brand GMBH visiting in February, who will spend some time in the office and on the road with us, providing insight on their product range including liquid handling, life science consumables, volumetric glassware, and general laboratory glassware and plasticware.
Lablikes 23 was released in late 2025, highlighting some excellent new products in the Rowe Scientific range as well as current specials on a variety of products, ask your account manager for a copy today or download one here.
Wall planers for 2026 were mailed out to you at the end of 2025, but we do have extras available. If you didn’t get one or need a spare, please let your Account Manager know and they’ll be happy to send one your way.
All the best from the NSW team:
Hayden, Ari, Cindy, Dylan, John, Kai, Sheema and Zena.
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QUEENSLAND
Dear Clients,
Welcome to a new year. I hope everyone had a happy and relaxing time over the Christmas and New Year's break. All the Rowe staff are now back from leave and we are looking forward to assisting you all in 2026.
I would like to welcome Camryn Chetty to the team. Camryn comes to us from a biotechnology background and will be assisting with our customer service. No doubt Camryn will be a great addition to our sales team.
We will be attending the Plastics 2026 Conference, which is being held at the University of Queensland in the first week of March. We will have a trade exhibition booth, so if you are attending, please come and pay a us a visit. We look forward to meeting you.
All the best from the Qld Team:
Martin, Brian, George, Camryn, Richard, Cherise, Josephine, Jessy, Rohit, David, Tim, Kelly, Anthony and Dan.
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SOUTH AUSTRALIA &
NORTHERN TERRITORY
Dear Clients,
Welcome to the first newsletter for 2026. We hope you all have had a great start to the year. Thank you for all the enquires we have received so far keeping us very busy over the first two months of 2026.
To our Winery clients, we hope that your Vintage season is going well. Please reach out to either Dani or Leonie should you require any assistance with your testing or Laboratory requirements.
Our new web site is nearing completion, with many new features added to assist your online experience. Please keep an eye out over the next few months for the announcement for when this goes live.
The Rowe 2026 Wall Planner is also now available. Please contact us directly if you would like additional copies, or speak to your dedicated Account Manager to organise one for you the next time they visit.
As always, our dedicated team are here to assist you with any enquiries you may have.
All the best from:
Chris, Aarushi, Dani, Hazel, Joanne, Leonie, Liam, Luke, Michael, Paula and Samuel.
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VICTORIA & TASMANIA
Dear Clients,
Typifying Victoria, we’ve started the year with four seasons and challenging conditions. Our thoughts are with all those who’ve been impacted by fire or floods. In October we welcomed Jarrod Long to our sales team. With years of industry experience, Jarrod has hit the ground running and you may have already had the pleasure of speaking with Jarrod.
We also celebrated Amanda Baillie’s 10 year anniversary with the company in November. Congratulations and many thanks to Amanda for 10 years of commitment and dedication to your role. In April we will be saying farewell to our long-serving State Manager Garry Wrede. With 20 years with the company, Garry will be greatly missed by colleagues and clients alike, but is looking forward to a fulfilling retirement. We wish Garry every happiness. Looking forward, a busy few months with our warehouse expansion which is continuing to progress well.
In March, we will be attending;
• 24th International Conference of Racing Analysts and Veterinarians (ICRAV) from March 22-29 in Melbourne
• 2026 VIC Water Industry Operations Conference & Exhibition (WIOA) from March 25-26 at Bendigo Showgrounds
If you are attending any of these events, please take the opportunity to drop by our stand and say hello.
If you would like additional copies of our 2026 Rowe Wall Planner, please contact your Account Manager or rowevic@rowe.com.au. We have a limited number of copies still available.
For service support for your laboratory equipment, our local service team is ready to assist. Please contact service@rowe.com.au, and our Melbourne Service Centre will be in contact.
From all of us in here in our Melbourne office, we thank you for your continued support and look forward to speaking with you soon.
Garry, Adam, Amanda, Chris, Christine, Darren, Greg, Hoa, Jarrod, Louise, Mango, Paul, Saham & Tharushi.
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WESTERN AUSTRALIA
Dear Clients,
I trust that you have all recovered from any Christmas excess and have returned to work refreshed. Change is constant and we see our Victorian State Manager Garry Wrede, after 20 years’ service, approach retirement. Christine Barclay will take over the lead in April.
Suppliers have inundated us with their annual price increases, most for implementation on the 01.01.2026, so these have already impacted. MOST have seen fit to impart a 2-3% increase on pricing, which we see as reasonable and in line with inflation. As an independent supplier we push back as hard as we can. We work for you, delivering the product that best suits your requirements, at a competitive price.
We will be attending Analytica Munich this year in March, renewing our relationships with our Overseas Suppliers, seeking the latest innovations from new suppliers, and perhaps looking for new suppliers where existing ones have priced themselves out of the market.
Please let us know if there is something you need but are not sure where to look. We are an independent, 100% Australian owned company. We will look everywhere, as we work for you, not a manufacturer.
Peter Sommers and the Western Australian Team.
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Please donate to help Australian science
The Rowe Scientific Foundation seeks to help Australia by funding science scholarships in STEM (Science Technology, Engineering and Mathematics) at Australian universities in each state. All scholarships go to Australian students, for the long term benefit of Australia. Rowe Scientific has been donating to universities in each state for the last 10 years. Going forwards, the annual donations will exceed $1million/ year.
If you would like to help Australia by training its future generations of scientists and researchers, please click HERE to donate. All donations over $2 are tax deductible.
The Rowe Scientific Foundation (ABN 49 988 957 563) is a not-for-profit, registered charity with the ACNC, and is endorsed as a public ancillary fund (PuAF) by the Australian Taxation Office (ATO), to receive tax deductible gifts. The object of the Rowe Scientific Foundation is to advance Australian scientific education and research.
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South Australia
& NT
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Queensland
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Victoria & Tasmania
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New South Wales
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Western Australia
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Rowe Scientific Pty Ltd
www.rowe.com.au
We have sent this message to all existing Rowe Scientific Pty Ltd clients, as a way of keeping you informed of special offers and company news. If you do not wish to receive these emails, please click here to Unsubscribe.
©2026 Rowe Scientific Pty Ltd. All rights reserved.
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