STOP looking at price…start looking at cost & return on your technology investment

Cameron Waters, Business Manager – Geospatial Systems at Position Partners

New businesses and those wanting to operate smarter, need the latest technologies to optimise efficiencies and workflows. Let me talk you through how you can increase your return on investment (RoI) and kit out your business with the latest equipment and software that surveying has to offer while reducing the risk involved in a large capital layout.

In an ideal world, your fleet will include the highest spec robotic total stations, GPS, field controllers and software, as well as survey and engineering software. But the total cost of ownership (TCO) of the asset lifecycle needs to be factored in when setting rates and responding to tenders.

Knowing what your business cost per hour to run can support your ability to adjust your rates to market without nasty repair and maintenance surprises.

Weighing the positives and negatives of a technology refresh

When you’re considering upgrading your surveying equipment and software, especially all at once, it can be daunting, and the potential risk and effort needs to be weighed against the RoI. The surveying profession is heavily workflow driven, so it’s important to consider that the latest equipment provides:

  • Proven productivity and uptime gains.
  • Quality and speed of output that places you well in front of the competition.
  • Collaboration that streamlines relationships with key engineering and government partners.
  • Attractive workplaces for scarce young, tech-savvy talent.

Integrated collaborative workflows

With well-integrated, collaborative workflows operating via a single cloud service, all your data and people can be managed far more efficiently. Your on-site survey teams will have the latest, accurate information at their fingertips and there’s no lost time resulting from forgotten or lost paper files.

And the integration extends to being able to securely trade data between the players in the survey ecosystem – engineering firms, government authorities, external designers and town planners.

Attracting the best and brightest

One of the challenges many employers in the surveying profession are facing, is the difficulty to attract surveyors to fill their vacancies. There is a surveyor’s shortage across many of the metropolitan and regional areas across Australia.

One of the most crucial advantages of upgrading your equipment and software driven systems is that current technology and streamlined processes are what young surveying and engineering employees are looking for.

Your business sustainability depends on being able to attract the best and brightest, and exciting technology is one of the ways that you can ensure you’re attracting them!

Training & Support – making low TCO and optimum RoI a reality

We deliver highly customisable training opportunities, wherever your staff are across Australia. This training ensures that your staff are confident with the technology and use it to get the most effective and efficient results.

The quality and range of support components are what ensure rapid, enthusiastic adoption of new equipment and systems.

The relationship doesn’t stop at the conclusion of the training with our live Tokara support solutions providing users with instant, on-screen, real-time support to help with workflows, loading setting files such as geoids or grids, connections to RTK networks and much, much more. It’s like having one of the highly skilled support team standing right next to you in the field, ensuring you’re getting the very best out of every project.

Connecting and adding real value with intelligent systems

The reality of the surveying profession is that we now have to do more with less. To ensure your business continues to grow and stay ahead of the competition, you need to continue to improve your systems and technology.

Only with constantly improving productivity can our world support human population growth and standard of living expectations. It’s our sector that is building the schools, hospitals and roads that secure quality of life needs for the next generations of Australians.

But the broad construction profession has the lowest productivity gains. This is due to limited technical skill rates, out of date industrial relations and complex red tape. There’s so much that individual businesses can achieve quickly and affordably to turn productivity around.

Talk to Position Partners about leveraging technology for cut through. Because what drives us helps you.

Cutting Edge Drones return to the birthplace of flight

Stanwell Park – January 2019 by Gavin Docherty

Between 1890 and 1900, in the sleepy seaside town of Stanwell Park, Lawrence Hargrave tirelessly experimented with his flying contraptions.  He was one of only a small handful of aeronautical pioneers around the globe attempting to make manned flight a reality. As he sat on the dunes of Stanwell Park beach he studied the flying seagulls and realised that there was no magic to flight, just engineering.

Although he was focussed on recreating the flapping motion of the wings for many years using a rotary engine, it was only when he realised it was possible to soar the updraft with a fixed wing that he made major progress. After several single wing designs that struggled to maintain stability in the air, he completed his first prototype of the famous “Box Kite” in 1894.

In November of 1894, Lawrence Hargrave and his assistant walked from his house down to the beach at Stanwell Park to test his newly fabricated invention. (It is suspected that this would have taken place on the ridge at the mid-south end of the beach due to gentle slopes covering all wind directions)

After solving the problem of stability in the air by creating a Biplane structure, Hargraves confidently strapped himself into a sling seat below four box kites tethered in series, and rose to 16 feet in the air, becoming the first person in history to be lifted off the ground by a stable fixed wing device.

 

Figure 1 – Lawrence Hargrave and is Box Kite 

https://www.australiangeographic.com.au/topics/history-culture/2015/05/inventor-lawrence-hargrave-face-of-the-australian-20-note/ 

Lawrence Hargrave believed that this invention should be used by inventors around the world to further our knowledge of the skies and eventually produce powered aircraft that can fly long distances safely. He never obtained a patent and strongly believed that this information should be disseminated widely and freely. Hargrave’s work was observed closely by American inventor Octave Chanute who reported that the skies of Eastern USA were “red with Hargrave’s Kites” and that groups of US aviators dubbed themselves “Hargraves disciples”.

The Hargraves box kite laid the foundation for the first powered biplane flight at Kittyhawk in 1903.

Fast forward 125 years and the skies are full with Hang gliders, Paragliders, Kite surfers, small planes, large planes, jets, helicopters and most recently Remotely Piloted Aircraft Systems (RPAS).

In January of 2019, Position Partners hosted the German Company Quantum Systems for training of the newly released, cutting edge VTOL/Fixed Wing hybrid the Trinity F9.

 After signing an exclusive agreement to bring the Quantum Systems Trinity F9 to the Australian markets as well as agreements to sell in New Zealand and South East Asia, Martin Herkommer delivered a very high quality and comprehensive training course to the Position Partners RPAS group back where flight all began.

Figure 2 – Quantum Systems Trinity boasts a streamlined modular design and customizable payloads for full flexibility of aerial surveying operation

 Position Partners pioneered the introduction of Remotely Piloted Aircraft Systems (RPAS) for surveying applications in Australia. The decision to team with the Quantum Systems group has come after almost 10 years of RPAS industry experience. With unparalleled expertise in this new and innovative technology, Position Partners provides the highest standards of solutions advice and support, enabling you to maximise the benefits of aerial mapping for your application. Unlike many of the “non-professional” systems that are readily available on the market, Position Partners RPAS solutions are specifically designed to offer unrivalled accuracy and reliability for the mining, surveying and engineering industries. In addition to robust, safe hardware, Position Partners complements their RPAS technology with the latest in post processing software to suit your application and deliver the best results in the fastest turnaround time. Position Partners is the exclusive Australasian distributor for Quantum Systems RPAS solutions.

 Figure 3 – Quantum Systems Trinity Training near the birthplace of Flight at Stanwell Park

The company “Quantum-Systems”, was founded in January 2015 and specializes in the development and production of automatic transition aircrafts for civilian use. Their aerial mapping solutions combine reach and efficiency with the ability to vertically take off and land (VTOL) without additional equipment.

By means of the founding team’s diversity, Quantum-Systems manages to combine extensive experience and expertise from all relevant areas of unmanned aerial systems. In 2008 Quantum systems started to conduct research in the field of automatic flight systems and already in 2012 successfully completed the first autonomous transition. Being managed by its owner, Quantum Systems remains independent in its decision making resulting in an ability to maintain currency in this fast-moving field.

The Trinity F9, released at Intergeo 2018, is a new breed of RPAS with the advantage of a vertical takeoff and landing but with all the coverage capabilities of the best of the fixed wing class.

Figure 4 – FYFE Purchase the first F9 Trinity system in Australia and receive Manufacturers training alongside Position Partners staff

With its modular “click together” design, on board PPK and a multitude of payload options this is the only RPAS you will ever need for your aerial surveying requirements.

The training was held at Maddens plains, near Stanwell park, and the system performed perfectly. The advantages of the vertical takeoff and landing and transition to a full fixed wing glider were clear to all the Position Partners staff and the results achieved during training were as good and, in some cases, better than expected.

For more information on the Trinity F9 and a full briefing of the results achievable contact your local branch on 1300 867 266.

 

 

Cashing in on millenials and the latest technologies

 Adam Burke, Position Partners’ Geospatial Manager NSW

It’s now a matter of rethinking the structure of survey practices or being left stranded, short staffed and priced out of the market.

Stating the obvious – there’s a shortage of qualified surveyors

A 2018 BIS Shrapnel study quantified what we’ve all been experiencing in recent years, and what is about to worsen dramatically. Nationally, globally in fact, there’s a dire shortage of qualified surveyors. In NSW alone, there is a current shortfall of 530. This is tipped to reach 680 by 2024.

The impact is being felt across a number of industries – construction, mining and general spatial sectors – and there’s a delay and cost knock on effect to our wider society.

Surveyors sit with accountants and lawyers as being relied on for the considered precision of their expertise. Until recently, chasing productivity gains and technology adoption have been left to the more dynamic professions. It’s now a matter of rethinking the structure of survey practices or being left stranded, short staffed and priced out of the market.

Position Partners sees itself at the forefront of the technology pursuit and is committed to helping transition the profession and the industries we support into a sustainable future.

Training job ready professionals

The education sector is playing catch up as it transforms its courses to train job ready people for the rapidly changing demands on our profession. But irrespective of it efforts, the core difficulty is the seeming impossibility of attracting students in the first place. School leavers are just not enrolling in surveying.

Our profession needs to attract Millennials. PwC polled 4,500 graduates across 75 countries to understand what was important to them. 60% said state of the art tech was important to selecting a profession. Those polled said money was not so key but progression and learning is critical to job satisfaction. They are up for new experiences. And we have a great message for them. Surveying is now tech driven. And everybody needs surveyors – it’s so transportable – urban, regional, country and remote, as well as having the potential to take them overseas.

The solution is for all of us operating in the profession to take on tech savvy Millennials and be more creative in how we leverage the vast array of standard and industry specific technologies. The fewer numbers of fully qualified surveyors are freed to complete work faster and more accurately.

Practicing what we preach

Position Partners actively engages Millennials. We bring them on as part of our team to learn by doing. We then support them as they sign up for university or TAFE studies as a result of having been ‘hooked in’.

We’re aligned with the 1300apprentice initiative. Within six months, our young recruits are talking with and supporting customers in their productive use of technology. Our workplace training matches the needs and culture of the survey profession. They’re not just any type of software techs, they are specifically survey support technicians. And it’s been great for our business.

Survey practices also now have need for skills that aren’t strictly of the profession. RPAS (the commercial alternative to pesky consumer drones) operators are transforming the quality and quantity of our output. If you’re using higher end tech, you’ll have an exciting business that will attract the best, most committed people. In a success cycle, your adoption of technologies will be faster and easier, with effective throughput to customer projects and contract completion.

Planning smarter for a smarter future

Over the next 32 years Australia’s population is expected to grow by another 14.9 million. The Millennials we employ today will still be working. They’ll be fulfilling our demand for design, infrastructure, homes, roads, dams, schools – for the betterment of society. You can put your quality stamp on a Millennial today.

Klau Geomatics Group Releases Sony Camera Payload for DJI Drones

 

Klau Geomatics has released a Sony camera/PPK payload to offer even better results from these drones. This enables more effective and accurate mapping and inspection using superior quality, plug and play camera payloads with precise 3D positioning accuracy.

Quality cameras

Sony, leaders in camera technology, have a number of quality cameras, proven to generate high quality mapping from drones. Models such as the RX1r2, a6300 and a5100 all have large sensor, leaf shutters and no moving internals to affect camera calibration.

An RX1r2 will cover twice the area of an X4s in each photo, at the same GSD. At 42 megapixels, this is a lot of data in each photo.

But it’s not just about megapixels. Selected Sony cameras also produce far better images because of the lens quality and larger sensor. Better depth of field, less noise, high dynamic range and ISO sensitivity. Ultimately this means clearer, sharper pictures with more data in the shadows and less geometrical distortion.

More data in each photo means better, more accurate mapping and inspection in less time.

Gimbal stabilised, calibrated cameras

Klau Geomatics has custom 2-axis stabilised gimbals for the RX1r2, a6400 and a5100 cameras, with adjustable and programmable camera pitch to move from nadir mapping to oblique inspection modes.

These cameras can be supplied with a calibrated, fixed focal-length lens, for accurate mapping without GCPs.

Smart Camera Trigger Control

A traditional setback for M600 operators with Sony cameras has been how to trigger the camera.

The latest KlauPPK systems, compatible with any drone, has smart trigger control functionality, enabling users to trigger the camera based on time or distance. Once the drone moves out of the configurable ‘3D home zone’, the camera will trigger at the user-prescribed distance (or time) interval, until it returns to the zone.

KlauPPK and PPP

The KlauPPK technology is proven to be the most accurate, robust and sophisticated PPK hardware/software system for accurate mapping and inspection projects.  This coupled with a quality Sony camera, stabilized gimbal and smart triggering system, provides the most accurate integrated payload on your drone.

The new camera payload can be upgraded to KlauPPP, for a simple effective no-base-station solution, anywhere in the world. KlauPPP is the ‘black magic’ of drone positioning. No need to log data or download CORS data, it works wherever you are, regardless of proximity to a base station. An excellent solution for corporate fleets covering large remote areas.

Quality Sony cameras, on popular DJI drones, with Klau Geomatics technology: the cost effective, reliable and accurate UAV mapping and inspection solution.

For more information please call our office on 1300 867 266.

Mitsui and Co invests in Position Partners to accelerate digital transformation in the construction and resource sectors

From left to right: Noburu Katsu (Chairman & CEO, Mitsui & Co (Australia)), Ian Petherbridge (Chairman, Position Partners), Martin Nix (CEO, Position Partners), Nobuaki Kitamori (Representative Director, Senior Executive Managing Officer, Mitsui & Co), Hiroshi Kubo (General Manager, Construction and Industrial Machinery Division, Mitsui & Co).

The Mitsui representatives learnt about Tokara Link telematics and remote support technology, developed by Position Partners to streamline the design file transfer and technical support capabilities on site by eliminating the need to visit machines in person. 

Global company becomes a corporate shareholder in intelligent positioning technology provider Position Partners to amplify innovation across its core markets.   

Mitsui & Co. (Mitsui) is a Japanese organisation with operations in 66 countries worldwide. Specialising in identifying and realising innovation in businesses across a wide spectrum of industries, Mitsui has more than US $100 billion in assets and has invested more than $15 billion in Australia over the last decade.

For Position Partners, Mitsui’s investment opens the door to numerous collaboration opportunities within the Mitsui network, facilitating greater value to customers through streamlined technology and support. For Mitsui, the investment aligns with a strategic company goal for digital transformation that will optimise business processes.

“Mitsui’s reach and vision into global business optimisation is considerable and the company’s investment in Position Partners will assist us to identify and leverage technology that is evolving both within and beyond our core industries,” said Martin Nix, Position Partners CEO. “By tapping into how various businesses are applying AI and IoT systems, we can continue to offer customers the latest developments to improve their productivity.”

Mitsui now holds 20% of Position Partners. As part of the agreement, Daniel Shibata from Mitsui will join Position Partners’ Executive Steering Team to support Position Partners strategic interests through the Mitsui network. Mitsui has also appointed a director to the Position Partners board.

“Mitsui is committed to working in cooperation with Position Partners to achieve our shared strategic objectives. We look forward to introducing the company to our partners, particularly in the resources sector and in South East Asia where we have already identified opportunities,” said Daniel Todd, Mitsui & Co (Australia), General Manager Mobility Business Division.

About Position Partners

With around 270 people in offices Australia-wide, in South East Asia and New Zealand, Position Partners is the largest Australian-owned company focussing entirely on the distribution and support of intelligent positioning solutions for geospatial, construction and mining projects. At Position Partners, we are committed to increasing productivity for our customers and building lasting business relationships around high calibre positioning activities.

Position Partners is partnered with Topcon, as the exclusive Australian distributor for machine control and positioning systems, with complementary solutions from other technology innovators including Z+F 3D laser scanning products, Carlson mining and landfill machine guidance and industry-leading Remotely Piloted Aircraft Systems (RPAS). Advanced hardware systems are powered by sophisticated software platforms that includes Building Information Modelling (BIM) and infrastructure solutions, DynaRoad mass haul and scheduling tools and MAGNET Enterprise surveying software.

A full range of leading instruments and systems is backed by superior service and industry expertise to give our customers the support they need for any project.

 

About Mitsui & Co.

Utilizing our global operating locations, network and information resources, we are multilaterally pursuing business that ranges from product sales, worldwide logistics and financing, through to the development of major international infrastructure and other projects in the following fields: Iron & Steel Products, Mineral & Metal Resources, Infrastructure Projects, Mobility, Chemicals, Energy, Food, Food & Retail Management, Healthcare & Service, Consumer Business, IT & Communication Business, Corporate Development Business.

RPAS system with PPK from Position Partners provides ease-of-use, consistency of product and reliability

“Mavinci is hard to top because of ease of use, consistency of product and reliability,” said Brent Manuel, Superintendent – Survey, BHP.

Brent Manual and his team at BHP are working on site at Mt Arthur, one of the largest producers in the Hunter Valley producing 19mt of product coal each year. The site’s geology is complex with over 120 seams in the mining area which are typically mined in 40 different composites dependent on product requirements.

“Currently we are mining down dip into a monocline which we don’t expect to pass in the next five years,” said Brent Manuel, Superintendent – Survey, BHP.

“This will result in more through seam blasting and challenge our operations to mine the coal as cleanly as possible.”

Why did BHP choose the Position Partners RPAS system with PPK?

BHP chose the RPAS system with PPK from Position Partners after Mr Manuel saw them in action at another of BHP’s sites. The team at BHP’s other site had chosen this particular system because of the quality of data that could be mapped and the cost and performance comparative to other systems was superior.

“I arrived at the Mavinci Sirius Pro and M210 solutions after viewing them at some of our northern operations,” Mr Manuel said.

“There had been a number of teething issues with different systems and for reliability, these were the two best options. The Mavinci is typically used for all of our larger scale mapping whereas the M210 is employed for smaller areas and where greater height accuracy is required.”

What drew Mr Manuel to the Mavinci was ease of use, consistency of data quality and reliability of the units. Mr Manuel found that the M210 offered his team the ability to map large tracts of high walls in short timeframes and at a quality far superior to their current methods of capture.

Benefits of using RPAS system with PPK

Previously, Mr Manuel’s team had relied on vehicle mounted scanner technology and RTK GPS and found that these systems could not compete with the RPAS system with PPK on the coverage, quality of resultant models and added benefit of supporting BHP’s site GIS system.

BHP mainly uses the RPAS system with PPK from Position Partners for thermal mapping, high wall mapping, inspections, photographing and filming of incident scenes and has noticed a range of benefits since implemented this system.

“Definitely coverage of areas, quality of the data and models produced from it are far superior than current capture methods. They also limit our interaction with mining fleets, so it also improves safety outcomes,” said Mr Manuel.

“In the current ‘Line of Sight’ world, Mavinci is hard to top because of ease of use, consistency of product and reliability.”

On implementation of the RPAS system with PPK from Position Partners, Mr Manuel’s team had to develop a couple macros to expedite the processing of the data.

“The user interfaces in the software are intuitive and all of my users have developed competency quickly,” said Mr Manuel.

“The final product from these processing software’s then translates across into our Mine Planning software without issue.”

The importance of service and support during purchasing and implementation

Mr Manuel has found that the local Position Partners team is important to his decision-making process when buying new technology because they always provide him with information on new developments and technology that his team should be considering.

“I always find our Position Partners representative easy to get a hold of and willing to help us work out any issues or provide support,” Mr Manuel said.

“We have called on several occasions for support and advice on training.”

About BHP

BHP is a world-leading resources company. BHP extracts and processes minerals, oil and gas, with more than 62,000 employees and contractors, primarily in Australia and the Americas.

Brent Manuel is Superintendent – Survey at BHP and has a team of five surveyors and 1 Reconciliation Officer. We are responsible for all survey requirements from set out of pit designs to calculation of monthly volumes. We are also responsible for the maintenance and supply of data to the Site GIS application.

Stop thinking ‘cloud’, start thinking ‘collaborative computing’!

Cameron Waters,  Geospatial Business Manager, Position Partners

Do you watch Netflix or do you connect to Amazon Cloud Services through a Netflix UI to stream data? Using a cloud service for your survey data should be no different, it should just be considered computing and the advantages are just as good as binge-watching House of Cards with no adverts!

I’ve discussed how access to MAGNET Enterprise is now standard with every licence of MAGNET (Unlock your survey software’s potential) so there is no excuse not utilise MAGNET Enterprise to maximise your productivity and collaboration…it’s like getting free Netflix for life with your TV!

Here are the top three reasons to use MAGNET Enterprise whether you are a one-person band or a national company:

1. Project Management

Managing each project is quick and simple with folder templates for data and teams for people.

Any type of data can be added to the project, not just survey data, so that you have everything you need in the one place, for everyone to access. You can also apply different levels of access to each contributor to ensure your contractors and staff have the correct features set within the project.

Email alerts will let you know when action is needed, and activity reports can be run on the jobs posted from the field to optimise collection efficiencys.

Need storage? How does unlimited sound?

MAGNET Field and MAGNET Office can connect automatically to the assigned projects and simply download or contribute data. Any other contractor can also achieve the same through the web interface, but Bentley and Autodesk have a much more intimate relationship.

2. Third party software connection

The power of modern application computing is realised with the connections between MAGNET Enterprise, Autodesk BIM 360 and Bentley ProjectWise. Once you connect to MAGNET Enterprise, the BIM360 and ProjectWise clouds are completely accessible. You will have direct access from both the field and your office.

Having this level of access to these engineering software packages enhances your collaboration from within your organisation and adds value to your company as a subcontractor on large project utilising BIM or similar data standards.

3. Geo-referenced data

What would an application for surveyors be without a map? And this isn’t any ordinary map! Multiple data sets can be combined to view on the map, basic measurement tools can be used to do some quick project analysis and when you catch something, you can easily mark-up the area of interest for everyone in the project to see.

Want to see the efficiency of the feature survey? No problem: Just replay the job to see exactly how the data was collected in the field!

‘Intelligence is the ability to adapt to change’ – Stephen Hawking.

Adapt or die, it’s a bit harsh but it’s the reality of an industry (construction) that has the lowest productivity and the most amount of rework. Manufacturing, mining and farming are all increasing productivity while construction is doing the opposite.

Attract the best people to your company by using the latest in collaborative computing to maximise their productivity and give them the ability to have pride in their work, not frustration from rework.

Topcon announces advanced concrete application workflows

Topcon Positioning Group announces a new workflow bundle designed to modernise concrete FFL (Floor Flatness and Levelness) applications. A new ClearEdge3D development and sales partnership with a leader and pioneer in 3D laser scanning software for construction QA/QC, Rithm, is prominently advancing the Topcon concrete application offering with a new hardware and software bundle option. It is part of the Topcon comprehensive approach to modernise core concrete applications such as layout, quality control, and concrete screed with the latest capabilities in precise positioning technology.

Implementing Rithm on projects for wet, or dry concrete scanning is designed to allow the opportunity to perform FFL analysis directly from scan data loaded into the Autodesk Navisworks software. Operators can find floor flatness and levelness mistakes in near real time from scan-to-finish. The data Rithm provides allows project teams to easily visualise high and low areas with elevation and deviation heat-maps and contour maps.

“By bundling this software with Topcon’s GLS-2000 scanner, contractors can improve their QA workflows to reduce floor profiling costs by performing FFL analysis in-house in near real time,” said Alok Srivastava, Topcon director of product management. “Through the integration with Navisworks, Rithm provides contractors fast, and detailed ASTM E1155 compliant FFL reports with streamlined floor flatness and levelness analysis, thereby cutting down time on waiting for scanning analysis, increasing productivity.

“The integrated workflow including the GLS-2000, post-processing with MAGNET Collage and QA analysis with Rithm software achieves an optimized end-to-end workflow — from the hardware to software end deliverables,” said Srivastava.

The new real-time FFL application is part of an overarching Topcon approach to modernise concrete applications with precise positioning technology.

Topcon GT series robotic total stations combined with integrated MAGNET software incorporate a BIM-integrated workflow to layout and verify construction quality in the field.

Additionally, Topcon offers machine control systems for robotic concrete screed applications. After importing an easily created 3D model, concrete can be poured and placed more efficiently with advanced screed technology designed to dramatically speed up the screed process and increase quality with precision-guided machine control.

“With our real-time position information constantly updating, you efficiently manage material as it’s placed — delivering the highest quality in a fraction of the time,” said Srivastava.

For more information, contact your nearest branch or call 1300 867 266 today.

Topcon announces advanced concrete application workflows

Topcon Positioning Group announces a new workflow bundle designed to modernise concrete FFL (Floor Flatness and Levelness) applications. A new ClearEdge3D development and sales partnership with a leader and pioneer in 3D laser scanning software for construction QA/QC, Rithm, is prominently advancing the Topcon concrete application offering with a new hardware and software bundle option. It is part of the Topcon comprehensive approach to modernise core concrete applications such as layout, quality control, and concrete screed with the latest capabilities in precise positioning technology.

Implementing Rithm on projects for wet, or dry concrete scanning is designed to allow the opportunity to perform FFL analysis directly from scan data loaded into the Autodesk Navisworks software. Operators can find floor flatness and levelness mistakes in near real time from scan-to-finish. The data Rithm provides allows project teams to easily visualise high and low areas with elevation and deviation heat-maps and contour maps.

“By bundling this software with Topcon’s GLS-2000 scanner, contractors can improve their QA workflows to reduce floor profiling costs by performing FFL analysis in-house in near real time,” said Alok Srivastava, Topcon director of product management. “Through the integration with Navisworks, Rithm provides contractors fast, and detailed ASTM E1155 compliant FFL reports with streamlined floor flatness and levelness analysis, thereby cutting down time on waiting for scanning analysis, increasing productivity.

“The integrated workflow including the GLS-2000, post-processing with MAGNET Collage and QA analysis with Rithm software achieves an optimized end-to-end workflow — from the hardware to software end deliverables,” said Srivastava.

The new real-time FFL application is part of an overarching Topcon approach to modernise concrete applications with precise positioning technology.

Topcon GT series robotic total stations combined with integrated MAGNET software incorporate a BIM-integrated workflow to layout and verify construction quality in the field.

Additionally, Topcon offers machine control systems for robotic concrete screed applications. After importing an easily created 3D model, concrete can be poured and placed more efficiently with advanced screed technology designed to dramatically speed up the screed process and increase quality with precision-guided machine control.

“With our real-time position information constantly updating, you efficiently manage material as it’s placed — delivering the highest quality in a fraction of the time,” said Srivastava.

For more information, contact your nearest branch or call 1300 867 266 today.

Topcon 3D-MCMAX takes dozer GPS machine control to the next level of performance


Image taken by Shaun Crocker, Heavy Ignition Productions

Digwright Pty Ltd had been using Topcon 3D-MC2 systems from Position Partners on its dozers since 2009 and had always found the 3D-MC2 systems to be more responsive and smoother than other systems on the market, so when the opportunity to implement the Topcon 3D-MCMAX mastless machine control system arose Digwright jumped at it.

“When the opportunity came for us to install a [3D-MCMAX] mastless system on one of our new CAT D6T VPAT machines we were keen to give it go,” said Andrew Wright, Director and Owner of Digwright. “The rate of speed the machine was able to trim at in higher gears is impressive.”


Image taken by Shaun Crocker, Heavy Ignition Productions

Why did Digwright choose the Topcon 3D-MCMAX machine control system?

Mr Wright found that the Topcon 3D-MCMAX machine control system from Position Partners took Digwright’s dozer GPS machine control to next level of performance.

“This system saves our business time, fuel and money through making our dozer more efficient in bulking and trimming to grade applications,” said Mr Wright.

“The system works well in all types of materials especially when densities and compacted material change frequently. It reduces the blade ride on harder surfaces and seamlessly reacts to softer material, where the blade would normally bite in, the Topcon 3D-MCMAX from Position Partners will correct the blade lighting fast to leave a smooth level finish.”

Another benefit that Mr Wright has noted since implementing the 3D-MCMAX machine control system is improved safety due the system being mastless.

“Removing the mast pole from the blade has also improved safety through better visibility and no need for the operator to stand on the blade to remove the GPS antennas at the start and end of a shift,” said Mr Wright.


Image taken by Shaun Crocker, Heavy Ignition Productions

The importance of service and support during purchasing and implementation

Product support is an important part of Mr Wright’s decision-making process when researching new technology and equipment to implement: Minimising the downtime of Digwright’s machines is critical.

“If it’s not working, it’s not making money,” said Mr Wright.

“In the past 10 years of dealing with Position Partners, we have found them to be proactive, helpful and responsive to a fix, repair or to come with a solution that will keep us moving.”

The team at Digwright also implemented Position Partners’ Tokara Link, an Australian-designed telematics solution created specifically to improve efficiency and productivity for earthworks and civil construction projects.

Using a modem installed in the machine, Tokara Link connects your machines to the office, provides access to Position Partners’ technical support and links you to any GPS network required for the job.

“Our 3D-MCMAX dozer linked with a T-MESH and Tokara Support allows Position Partners to better support our machine with remote access by their support team to fix any issues or upload files for hundreds of kilometres away. Meaning no need to wait for a technician to come to site in most cases,” said Mr Wright.

”Overall, we are extremely happy with the 3D-MCMAX and the install of the system by Position Partners. It looks just like a factory integrated system and not a tacky bolted on after market system.”

“If you are looking to get more efficiency out of your dozer and save time and money on your next project, I can thoroughly recommend a Topcon 3D-MCMAX system,” added Mr Wright.


Image taken by Shaun Crocker, Heavy Ignition Productions

About Digwright Pty Ltd

Digwright Pty Ltd began in 2004 as family-owned earthmoving business operating in South East QLD and Northern NSW. Digwright prides itself on its experienced staff and operators along with late model equipment and the latest technology to go with it. Digwright started with an excavator and a ute and has grown to have owned and operated over 70 items of heavy plant in the last 14 years, in both plant hire and contract earthworks.

Andrew Wright, Director and Owner of Digwright Pty Ltd, covers many areas from daily operations to major purchasing decisions.


Image taken by Shaun Crocker, Heavy Ignition Productions