DCISIV Technologies

DCISIV Technologies

Industrial Machinery Manufacturing

Toowoomba, Queensland 664 followers

Machine Automation: System Design, Manufacture, Machine Building, Robotics & Integration enquiries@dcisiv.com.au⬅

About us

❇ DCISIV Technologies designs and builds systems and equipment to help you automate the dull, dirty and dangerous - making your jobs safer, cleaner and more interesting. Our ethos is centered around helping you operate smartly, efficiently and effectively. ❇ We can help you: ◼ Access affordable general-purpose robotics. ◼ Design mechanical, pneumatic and electrical systems. ◼ Manufacture, assemble and commission machines and automated equipment. ◼ Project manage and deliver machine building projects. ◼ Create conceptual plant layouts. ◼ Construct business cases and economic benefit-cost analysis for your projects. ❇ Our core services are: ◼ Cobot Welding with Smooth Robotics - Apprentices are empowered to produce the results of a skilled tradesperson in half the time. - Skilled tradespeople are freed up for more challenging tasks that require higher level thinking. - Your team are trained within a day to produce results, and because it's easy to use, it will get used (idle equipment is expensive equipment). ◼ Palletising and End-of-Line Automation - Save your team's backs! - A wholistic perspective from mechanical design through to control systems and ongoing support for implemented systems. - Turnkey project delivery and collaboration with local service providers. ◼ Custom Automation - Turnkey automated assembly machines for injection molded parts. - Automated machine tending, screw-driving, de-palletising and grinding are all within our capabilities. - Smart Factories for educational purposes. ◼ Ongoing Service and Support - Our mission is for you to never be left stranded with equipment that can't be used. ◼ Commitment to Value and Results - Our versatility is focused on delivering you with the right solution. - We will do our best for you at all times with our available resources. Please send your enquiries to ➡ enquiries@dcisiv.com.au ⬅

Industry
Industrial Machinery Manufacturing
Company size
2-10 employees
Headquarters
Toowoomba, Queensland
Type
Privately Held
Founded
2019

Locations

Employees at DCISIV Technologies

Updates

  • DCISIV Technologies reposted this

    🚀 DCISIV Machine Design Elements! 🚀 Recently, DCISIV Technologies were engaged to design and build a production machine to assemble plastic hemispheres. Previously an extremely manual labour intensive task, we designed and built a complete machine to complete this task including all mechanical, electrical, pneumatic, safety and process components. Truly a "last mile integrator", this project tested all of our skills. Hemispheres are loaded into the machine in "male" and "female" halves. The "male" half cut and flared in process. Halves are then picked, overlapping seal clipped, and placed by the SCARA robot and custom 3D printed end effector. The assembled unit is then spin-welded, requiring a high integrity seal without any porosity to hold pressure. Finally accept / reject sortation for completed product. The customer specification was to achieve <12 second cycle time with <2% error rate. FAT proved these results. The project proved extremely challenging due to the tight tolerances, variability in raw material dimensions, abrasiveness of the raw material, many variables in spin welding and many other challenges. Together with our customer, DCISIV embraced all of the challenges and took this machine from concept to production. In this series we share some of the key elements of the machine that helped overcome some of these challenges. The first of these offers a sneak peek of how we used Precise Vacuum Control Technology from Schmalz Australia to solve picking and placing hemispheres (utilising our custom made end effectors) and utilising the vacuum terminal to also provide parts handling error detection and a high degree of flexibility in fine tuning parameters. 🌟 🔹 Enhance productivity 🔹 Boost performance 🔹 Drive innovation At DCISIV Technologies, we're committed to delivering functional and economical solutions. Let's take the future of engineering to new heights together. 🌐 #InnovativeEngineering #MachineDesign #PreciseVacuumControl #STCSi #Schmalz #DCISIV

  • 🚀 DCISIV Machine Design Elements! 🚀 Recently, DCISIV Technologies were engaged to design and build a production machine to assemble plastic hemispheres. Previously an extremely manual labour intensive task, we designed and built a complete machine to complete this task including all mechanical, electrical, pneumatic, safety and process components. Truly a "last mile integrator", this project tested all of our skills. Hemispheres are loaded into the machine in "male" and "female" halves. The "male" half cut and flared in process. Halves are then picked, overlapping seal clipped, and placed by the SCARA robot and custom 3D printed end effector. The assembled unit is then spin-welded, requiring a high integrity seal without any porosity to hold pressure. Finally accept / reject sortation for completed product. The customer specification was to achieve <12 second cycle time with <2% error rate. FAT proved these results. The project proved extremely challenging due to the tight tolerances, variability in raw material dimensions, abrasiveness of the raw material, many variables in spin welding and many other challenges. Together with our customer, DCISIV embraced all of the challenges and took this machine from concept to production. In this series we share some of the key elements of the machine that helped overcome some of these challenges. The first of these offers a sneak peek of how we used Precise Vacuum Control Technology from Schmalz Australia to solve picking and placing hemispheres (utilising our custom made end effectors) and utilising the vacuum terminal to also provide parts handling error detection and a high degree of flexibility in fine tuning parameters. 🌟 🔹 Enhance productivity 🔹 Boost performance 🔹 Drive innovation At DCISIV Technologies, we're committed to delivering functional and economical solutions. Let's take the future of engineering to new heights together. 🌐 #InnovativeEngineering #MachineDesign #PreciseVacuumControl #STCSi #Schmalz #DCISIV

  • DCISIV Technologies reposted this

    Tomorrow's technology today! Join DCISIV Technologies and BOC South Pacific for an afternoon of welding and automation at their Harristown, Toowoomba location. Showcase of UR10e cobot with SmoothTool, Industry 4.0 solutions, and expert advice. #Welding #Automation #Cobots #Toowoomba

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  • DCISIV Technologies reposted this

    Step into the future of welding with #SmoothTool, the ultimate solution combining robotic precision and human creativity! 🦾🤖 Here’s what sets it apart: ✨ Precision: Consistent, repeatable results every time. ✨ Flexibility: Handles everything from small batches to complex welds. ✨ Ease of Use: Intuitive interface and hands-on cobot control. ✨ Innovation: A seamless blend of technology and craftsmanship. Take your welding to the next level with SmoothTool! 🚀 #SmoothRobotics #WeldingInnovation #Cobots #CollaborativeRobots

  • Dcisiv Technologies are thrilled to introduce our latest project featuring the innovative Kuka Robot KR140 robot. This technology is set to update our client’s process, bringing safety, reliability, precision and efficiency to their operations. Updates as we progress. (Love the Kuka model)❤️ Luke Merrett Wade Leslie Ben Leamon #KukaRobotics #Automation #IndustrialRobots #Schmaltz #AustralianManufacturing

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  • DCISIV Technologies reposted this

    The wait is over! Our 𝙃𝙤𝙬-𝙏𝙤 𝙎𝙚𝙧𝙞𝙚𝙨 kicks off today! 🎥🎉 We’re thrilled to launch the first video in our brand-new series, designed to help you master #SmoothTool! Whether you’re new to collaborative robots or already a pro, you’ll gain practical insights to optimize your workflow with our solution! 🤖 First up: The Programming Flange 👉 What is it? 👉 How does it work? 👉 Why is it key to intuitive code-free robotic welding? This quick and informative video has all the answers! Don’t forget to share your thoughts with us - we’d love to hear what you think! And stay tuned, more tips and tutorials are on the way! 🚀 #SmoothRobotics #HowToSeries #SmoothToolTips #HowToWeld #Cobots #RoboticWelding #WeldingAutomation #ProgrammingMadeEasy #WeldingWizard

  • DCISIV Technologies reposted this

    📢📢 Meet DCISIV Technologies at our Industry Symposium! We’re excited to announce that DCISIV Technologies will be joining us at Industry Symposium and Mini-expo! 📅 Date: 5th December 2024 🎟️ Tickets and Program: https://lnkd.in/gE4RQyQS DCISIV Technologies are based in SE Queensland and specialise in providing innovative, economical and functional machine automation and industrial robotics solutions for Factory Tasks across Australia. Their expertise includes: 🤖 Turnkey custom automated machine design, construct and installation 🤖 Robotic applications and robotic tooling including: welding, palletising, carton erecting, box packing, machine tending, pick & place, sanding, and more 🤖 In-house 2D and 3D CAD, 3D printing, assembly and prototyping 🤖 Electrical, mechanical & pneumatic design & drafting 🤖 Motion control & hardware integration including: conveying, multi-axis closed loop servo motion control, cam indexing, linear and rotary positioning 🤖 Sensors and safety hardware integration including: inductive, capacitive, photo-electric, door interlocks, light curtains, safety scanners, and many more 🤖 Modular aluminium machine framing, safety guarding, workbenches and/or trolleys 👥 Stop by their stand at the event to discuss how DCISIV can tailor their solutions to meet your company’s needs. 🌐 Learn more about DCISIV Technologies: dcisiv.com.au Ben Leamon, Jonathan Roberts, ARM Hub AI Adopt Centre, ARM Hub (Advanced Robotics for Manufacturing), Weld Australia, Glenda Caldwell, QUT (Queensland University of Technology), University of Technology Sydney, Swinburne University of Technology

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  • Interesting insights. It’s so very important to select an Automation integrator with depth of experience and broad enough skill set to complete last mile integration for a successful outcome. Knowledge in electrical, mechanical, pneumatics, EOAT, communication networks and protocols, safety and upstream / downstream interfaces with traditional automation control systems. It’s very difficult for an end user to make an informed decision to select an integrator without prior knowledge in these systems. This is where the OEM and SI relationship is extremely valuable. The OEM needs to know that the SI can execute and refer on and the SI needs to have great support from the OEM in terms of technical information, training and pre sales support. The lines get a bit blurred in the cobot space where sales volumes are not big enough to support hardware only Distributors and so Tier one Distributors may also be Integrators. This can cause either a real or perceived conflict of interest in our opinion. The Channels need to be clearly defined and the end user foremost in consideration.

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    Universal Robots Struggles to Find System Integrators to Support Growth By George Chowdhury | 30 Oct 2024 | IN-7579 As intuitive User Interfaces (UIs) and Artificial Intelligence (AI) work to increase #robot accessibility, a dearth of System Integrators (Sis) is causing the industry to stall. Robots offer significant efficiency advantages to Small and Medium Enterprises for applications such as machine tending, picking, and welding, but vendors struggle to contract enough SIs to scale. Since Universal Robots’ (UR) launch of the first #cobot in 2008, the established industrial robot Original Equipment Manufacturers (OEMs), sensing a sea change and not wanting to be left behind, have been quick to develop collaborative product lines. The robotics OEMs have had fair success with their collaborative products, but this revenue pales compared to the upstart UR, which held a market share of some 50% up until 2022. Industrial OEMs have also enjoyed success by partnering with Computer Numerical Control machine manufacturers (several, notably FANUC America Corporation, manufacture their own) and offering off-the-shelf machine tending solutions. The client base for cobots in automated manufacturing will soon saturate. While cobots handle tasks like inline inspection and end-of-line processing, they can't replace industrial robots due to limitations in precision, speed, and payload. To expand their market, OEMs must pivot to serve smaller organizations, but with cobots contributing minimally to revenue, they have shown little interest in this segment. Meanwhile, industrial robots remain central to manufacturing, making OEMs hesitant to address SI shortages for smaller deployments. In contrast, cobot startups like UR rely on partner networks, allowing them to lead robotics innovation for SMEs without direct deployment. Through UR’s adaptable PolyScope interface, partners develop niche products that address specific needs in logistics and manufacturing. Partnering with UR is appealing for startups, as UR offers robust distribution and support networks, accessible APIs, and modular hardware. However, as solutions become more complex, challenges arise. UR’s partners must recruit specialized engineering teams for installation and maintenance, as turnkey solutions in robotics remain rare. The diversity of cobot solutions also creates maintenance issues—engineers familiar with one partner's product may not know how to handle another, adding complexity and limiting third-party SI involvement, which hinders growth for cobot startups. Smooth Robotics ApS OnRobot ABB Brain Corp Percepto Olis Robotics Flexxbotics Read the full Insight on our site!

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