Take the grind out of grinding with GrindX Solutions by PushCorp 🦾 GrindX is part of the XSeries Robotic Tooling Solutions line from PushCorp. Simply put, GrindX combines TWO robust technologies to create ONE powerhouse solution for robotic material removal. 1. Force Compliance Device: This component actively monitors and adjusts the force applied during machining. By ensuring consistent contact with the workpiece, it adapts to material variations and minimizes errors, enhancing both safety and part quality. 2. Servo Spindle: Engineered for precision, the servo spindle delivers controlled speed and torque. Its reliable performance ensures efficient material removal and optimal surface finish, even under demanding conditions. Together, these components form a powerful system that simplifies complex material removal tasks. Streamline your manufacturing process. Request more information here: https://lnkd.in/e9kmkP8S #Automation #Robotics

What happens when you replace a labor-intensive process with a flexible, fully automated production line? ⚙️ 18 seconds per part 🔥 20+ burner sizes 📏 40' x 28' footprint 🙌 Minimal downtime That’s what our customer in the thermal heating industry is seeing after we delivered a robotic assembly system tailored to their unique space and production needs. From crimping and forming to MIG welding and laser marking, this three-cell setup handles it all—while giving operators the flexibility to run cells independently or as one seamless system. Fast changeovers, high consistency, and a big boost in throughput? That’s the kind of impact we like to see. Just goes to show: when automation meets smart design, real transformation happens. https://lnkd.in/e86GvdtA #Manufacturing #Automation #Robotics #OperationalExcellence #FlexibleManufacturing #FactoryAutomation

Tackling Machine Tending Challenges with Vacuum Grippers Loading and unloading parts into CNC machines, moulding units, or automated stations brings unique handling challenges. While traditional mechanical grippers have their place, vacuum grippers offer a versatile, efficient, and often safer alternative. At SP Automation & Robotics, we’ve seen how the right gripping solution can transform uptime, safety, and quality. Here are five common challenges vacuum grippers solve: 🔷 Irregular or Smooth Surfaces – Suction cups adapt to flat, curved, or uneven parts where mechanical jaws struggle. 🔷 Confined Workspaces – Compact designs fit easily into tight machine enclosures. 🔷Awkward Angles – Maintain a secure grip even when operating upside down or sideways. 🔷 Delicate Materials – Evenly distributed suction protects fragile or polished components. 🔷 Speed & Efficiency – Fast engage-and-release cycles boost throughput and reduce downtime. From automotive to medical devices, vacuum gripping brings flexibility, precision, and reliability to robotic machine tending. Learn how SP Automation & Robotics can tailor vacuum gripping systems to your process and unlock new levels of performance - https://ow.ly/iBrk50Xmohn #automation #vacuumgrippers #robotics

𝗠𝗮𝘅𝗶𝗺𝗶𝘇𝗶𝗻𝗴 𝗬𝗼𝘂𝗿 𝗥𝗲𝘁𝘂𝗿𝗻 𝗼𝗻 𝗜𝗻𝘃𝗲𝘀𝘁𝗺𝗲𝗻𝘁 𝗶𝗻 𝗥𝗼𝗯𝗼𝘁𝗶𝗰 𝗖𝗼𝗮𝘁𝗶𝗻𝗴 So, you've spent millions outfitting your paint booths with robotic applicators, but you're delivering inconsistent material for them to apply. This discrepancy seems inconsistent both in logic and process. If you're ready to close the loop on temperature and viscosity variation in your operations, it’s time to take decision-making and adjustments out of the hands of your operators. Instead, focus on recipeing and standardizing your coating procedures. Get the most out of the automation you've invested in. Robotic applications can deliver consistent angles, speeds, and distances to the part. By automating your coating material control, your robots can receive material at the same temperature and viscosity every single time. If you're looking to explore how temperature and viscosity control can reduce variability your operations, let's connect and discuss—because every drop counts! #RoboticCoating #Efficiency #Manufacturing #Automation #ProcessOptimization

FAMECS Insight #7 | Purpose-Built Automation Systems We engineer systems optimized by function to match each site’s requirements. What we automate 🔹 Cutting, label attachment, wafer handling, jig transfer 🔹 Assembly, inspection, loading/unloading, storage 🔹 Specialized features such as product split/merge and bonding automation Robotics 🔹 SCARA and articulated robots, selected by process characteristics System configuration 🔹 Function-optimized design based on customer requests 🔹 Some systems are built as warehouse-type loading solutions with data management Advanced readiness 🔹 Custom designs aligned to safety, traceability, and logistics integration Track record 🔹 Over 100 types of customized equipment developed to date #FAMECS #FactoryAutomation #LogisticsAutomation #SCARA #Robotics #WaferHandling #Bonding #Traceability #Automation

Automation That Delivers: Proud to support one of our local customers with a custom-engineered semi-automatic robotic de-palletiser, designed and built right here in Australia. This smart solution combines ABB robotics with advanced 3D vision to streamline the handling of 25kg plastic pellet bags—feeding them directly into silos for injection moulding lines. ✅ Improved safety ✅ Reduced manual handling ✅ Increased efficiency A great example of automation removing dangerous tasks and adding real value to the production process. #Automation #Robotics #Manufacturing #AustralianEngineering #HMPS #ABB #Axelent #Rockwell #Festo #SMC #palletisting

A GS-MR PRO:Load cell in less than 20 sq.m. Recently designed for a customer to load verified glass up to 2200x1200 onto an existing Lisec line GS-MR robotic automation can be incorporated Into any manufacturer’s machinery. GS-MR's Material Sheet Handling Process suitable for all types of sheet material is Patented in the US and UK, with further global patents pending. Kawasaki Heavy Industries, Ltd. Kawasaki Robotics #InsulatedGlass #IGU #glassmachinery #glassprocessing #glassindustry #glass #automation #robotics #sheethandling #innovation #fenestration #woodworking #sheetmetal #plastics #manufacturing #production

Why do Glass industry machinery manufacturers sell automated IG lines that still require a risky 50+ yr old wasteful manual process to operate? An automated IG line that relies on a 50+ year old manual loading process that historically has always created waste. Why? Where are the cost-effective solutions for companies who do not have deep pockets and acres of space in their factory? #IntelligentInnovation from GS-MR Robotics #GlassIndustry #GlassMachinery #GlassProcessing #Automation

Our one and a newest concept of automated robotic packaging cell optimizes the packing of furniture parts of various dimensions - all without stopping the production flow.🤖 The solution ensures fast and precise part placement, reduces manual handling, and streamlines the entire packaging process for higher efficiency and consistency. Here’s how it performs: · Two loading stations hold stacks of furniture parts - either identical or different formats. · A conveyor transfers the stacks into the robot’s working zone, where the main robot loads the parts onto the alignment table according to the programmed sequence. · Two synchronized robots handle short and long parts independently, maintaining continuous operation. · Laser positioning system detects part alignment and adjusts robot trajectory in real time · Hydraulic lifting mechanism replaces pneumatic components, improving energy efficiency and reliability. · Dual-stack configuration allows simultaneous packing of different formats. · Modular setup ensures production flexibility - each cell can run independently during maintenance. With up to 15 boxes (30 parts) per minute, this upgraded version doubles previous performance while ensuring high precision and long-term stability. 🎥Watch the cell in action below #VMGTechnics #automation #robotics #packagingautomation #industrialautomation #manufacturingefficiency #robotcell #engineering

🤖 Pick-and-Place Technologies in Modern Production Pick-and-place systems play a crucial role in today’s automated manufacturing environments. These mechanisms come in many forms — from simple mechanical setups to advanced robotic solutions equipped with pneumatic, vacuum, or custom-designed end-effectors. This variety allows companies to choose the most suitable technology to achieve the right balance of speed, accuracy, and operational efficiency across different production processes. #Automation #Robotics #IndustrialEngineering #PickAndPlace #ManufacturingTechnology #Industry40 #Manufacturing #Engineering #Technology