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DPAC Robotics & Automation
DPAC Robotics & Automation is an Australian robotics integrator based at Ormeau on the Gold Coast, delivering robotic welding, palletising and automation solutions to manufacturers across the country. We take projects from concept to production under one roof, covering mechanical and electrical design, PLC and robot programming, machine vision, installation, commissioning and functional safety.
Our core applications are robotic welding and palletising. We build automated welding cells with seam tracking and vision guidance, large-payload palletising and pick-and-place systems, and specialised tooling such as our robot-mounted bolt tensioning system. Our own product lines include the ARC-X gantry welding cell with offline programming, CAM and vision options, the PACK-X pick-and-place and palletising platform, and the TRACK-X linear axis for extending robot reach.
We work with proven, industry-standard technology: KUKA robots, Beckhoff and Siemens control and safety systems, and Fronius welding equipment. This means systems that are reliable, well supported and easy for your team to maintain long after handover.
Whether you need a single welding robot, a complete palletising line or a custom automated cell, DPAC delivers practical automation that improves throughput, consistency and safety. Tell us about your application and we'll help you find the right solution.
Autoa Robot Welding
Autoa Robot Welding provides complete robotic welding systems for manufacturers across the globe. With more than 40 years of robotic welding experience, we design, supply, install and support complete robotic welding cells for manufacturers. Autoa is a single source robotic welding solutions provider, supplying the robot, welding power source, torch, positioners, tooling, safety equipment, software and ongoing support as one complete system. Every Autoa robotic welding cell is supported by AutoaWeld OS, our operating system for robotic welding. AutoaWeld OS gives manufacturers one place to prepare jobs, run the weld, monitor the cell, record welding and production data, and access support. We work with manufacturers from initial consultation and application assessment through to system design, installation, training and ongoing support throughout the life of the system. Our focus is simple: to simplify robotic welding.
Concept Systems, Inc.
Concept Systems provides industrial automation services that help manufacturers improve safety, efficiency, reliability, and performance. From consulting and controls to robotics, process automation, and panel fabrication, our engineers develop solutions around each customer’s unique operation and goals.
Chudleigh Sutch South Pacific
Specialising in the plastics, brewing, and food & beverage industries for more than 40 years, Chudleigh Sutch promises clients solutions based excellence and sustainability. Our custom manufacturing systems, known for lowering costs and boosting productivity, significantly reduce resource consumption and non value added work-in-process.
We couple our ideas with a commitment to robust after sales service support. Our team of skilled engineers are able to provide mechanical, electrical, and refrigeration services for everything we install. Our engineers are all OEM certified and trained to provide a wide range of services to support our installations.
A part of Chudleigh Sutch that some of our international customers and industry partners may know less well — CSRPM Engineering in Auckland, New Zealand.
CSRPM brings together mould engineering and manufacture, systems engineering, automation, process development and production validation.
Our dedicated injection moulding Test Room has been operating for several years and enables our engineering team to integrate the mould, machine, material, process, temperature control and ancillary equipment as a complete production system.
The facility supports mould trials, material and process development, cycle optimisation, troubleshooting and production validation before equipment is released for customer production.
It is an important part of how Chudleigh Sutch approaches advanced manufacturing projects — engineering beyond individual components to understand and optimise the complete manufacturing system.
Develop. Test. Optimise. Validate.
Apex Engineering Services Ltd
Two decades of experience. One commitment to quality.
In 2026, Apex Engineering Services proudly celebrates 20 years of delivering high-quality surveying and engineering solutions throughout the UK.
Established in 2006 with a clear vision to combine first-class surveying and engineering expertise with an agile and flexible approach, Apex Engineering Services has grown into an established and trusted specialist, delivering projects of virtually every size and complexity.
From overnight retail surveys to major, long-term civil engineering projects, our ability to adapt to our clients' requirements has been at the heart of our success.
EXPERIENCE THAT DELIVERS
We pride ourselves on providing our highly experienced engineers and surveyors with the latest and best-of-breed surveying equipment and technology. This combination of experience and innovation enables us to deliver precise information efficiently, helping our clients keep their projects on programme, on budget and to the highest standards.
Our extensive in-house capabilities also mean we can respond quickly to changing project requirements, providing a seamless service from initial survey through to project completion.
OUR CAPABILITIES
Apex Engineering Services provides a comprehensive range of surveying and engineering solutions, including:
• 3D Laser Scanning & BIM Modelling
• Setting Out
• Monitoring
• Topographical Surveys
• Measured Building Surveys
• Utilities & Underground CCTV Surveys
• Volumetric Surveys
• Hydrographic Surveys
For internal industrial setting out projects we no offer a service using the HP SitePrint Robot
Layout: We deploy our HP SitePrint robot to print your predefined, essential CAD elements on the floor, facilitating precise positioning and installation of your equipment.
Lines and Grids: Precise floor markings that define the exact locations for racks, conveyor systems, robotic stations and other automated components.
QR Codes and RFID Marker positions: to serve as automated tracking references for AGVs, AMRs, and other mobile robots, enabling seamless navigation and positioning.
Floor Level checks: Markings that provide reference points for height and floor level, vital for equipment that requires precise elevation for operation.
Ensure your installation is executed according to design specifications by partnering with us at Apex Engineering Services
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Full solution
Not specified
Industrial Robotic Automation Solutions – Turnkey Robotic Cells
Modtech Machines Pvt. Ltd. designs and integrates turnkey robotic automation systems for manufacturing and process industries. Our solutions combine industrial robots, end-of-arm tooling, machine vision, PLC/HMI controls, safety systems, conveyors and customized fixtures to deliver complete automated work cells.
Key applications include:
• Robotic CNC machine tending – loading and unloading of CNC machines
• Robotic palletizing and depalletizing
• Robotic pick & place and material handling
• Robotic welding and fabrication automation
• Robotic grinding, deburring and finishing
• Robotic painting and surface treatment
• Robotic inspection and machine vision-based quality control
• End-of-line packaging and handling automation
• AMR/AGV-based intralogistics and material movement
Typical robot configurations: 6-axis industrial robots, SCARA robots and collaborative robots, selected according to payload, reach, cycle time and application requirements.
Systems can be engineered for robot payloads ranging from approximately 3 kg to 250+ kg, with customized reach, tooling, fixtures and process equipment based on the application.
Integration capabilities: Robot programming, PLC/HMI programming, machine interfacing, vision integration, safety fencing and scanners, pneumatic systems, conveyors, fixtures, tooling, electrical panels, commissioning and production ramp-up.
Modtech provides complete automation engineering from concept development and simulation through design, manufacturing, integration, installation, commissioning and after-sales support, with solutions customized to the customer's process, cycle-time and production requirements.
Modtech Machines Pvt. Ltd. designs and integrates turnkey robotic automation systems for manufacturing and process industries. Our solutions combine industrial robots, end-of-arm tooling, machine vision, PLC/HMI controls, safety systems, conveyors and customized fixtures to deliver complete automated work cells.
Key applications include:
• Robotic CNC machine tending – loading and unloading of CNC machines
• Robotic palletizing and depalletizing
• Robotic pick & place and material handling
• Robotic welding and fabrication automation
• Robotic grinding, deburring and finishing
• Robotic painting and surface treatment
• Robotic inspection and machine vision-based quality control
• End-of-line packaging and handling automation
• AMR/AGV-based intralogistics and material movement
Typical robot configurations: 6-axis industrial robots, SCARA robots and collaborative robots, selected according to payload, reach, cycle time and application requirements.
Systems can be engineered for robot payloads ranging from approximately 3 kg to 250+ kg, with customized reach, tooling, fixtures and process equipment based on the application.
Integration capabilities: Robot programming, PLC/HMI programming, machine interfacing, vision integration, safety fencing and scanners, pneumatic systems, conveyors, fixtures, tooling, electrical panels, commissioning and production ramp-up.
Modtech provides complete automation engineering from concept development and simulation through design, manufacturing, integration, installation, commissioning and after-sales support, with solutions customized to the customer's process, cycle-time and production requirements.
Robot Unit
Not specified
The EasyArc™ MIG Welding Cart is a pre-engineered, plug-and play collaborative welding system designed for fast deployment and simple operation. The fully integrated robot, controller, welder, and worktable arrive ready to weld with a single power connection. EasyArc software enables operators to quickly teach weld paths and begin production with minimal training—no advanced programming required. Its mobile design allows easy movement between workstations while improving weld quality and increasing throughput. Optional positioners and RTU (Ready-to-Use) packages expand application flexibility and improve part accessibility. Different configurations and sizes available.
Robot Unit
Not specified
Designed for welding large, heavy, or complex assemblies, the H-Frame configuration provides an overhead structure that supports long-reach robots and integrated positioners for maximum accessibility. Ideal for structural weldments and oversized components, this versatile platform also excels in high-volume production, where its rigid design, large work envelope, and automated operation deliver consistent weld quality and maximum throughput.
• Single robot 1800mm or 2000mm reach
• Dual robot 1400mm, 1600mm or 1800mm reach
• Weight capacity Outboard Axis Servo Positioners — 600 kg (1,323 lb.) load capacity per side
• H/T stock distance Span Between Headstock & Tailstock: 2,000 mm (78.74 in)
• H/T stock diameter Swing Diameter: 1,200mm (47.2 in)
• Single robot 1800mm or 2000mm reach
• Dual robot 1400mm, 1600mm or 1800mm reach
• Weight capacity Outboard Axis Servo Positioners — 600 kg (1,323 lb.) load capacity per side
• H/T stock distance Span Between Headstock & Tailstock: 2,000 mm (78.74 in)
• H/T stock diameter Swing Diameter: 1,200mm (47.2 in)
Full solution
Not specified
A dual-station robotic welding cell that allows operators to load one fixture while the robot welds on the opposite station, maximizing arc on time and reducing downtime between cycles. Ideal for low-volume, high-mix production and job shop environments, the large work envelope accommodates either a single large weldment or multiple smaller parts in a single setup. Independent workstations provide the flexibility to run different part sizes simultaneously—allowing one side to remain in production while the other is retooled for the next job.
Standard Payload is 1,000kg per side. Heavy duty payload option of 2,000kg per side.
Optional 1-3 meter span between head and tailstock.
1.5 meter rotation with larger options available.
Standard Payload is 1,000kg per side. Heavy duty payload option of 2,000kg per side.
Optional 1-3 meter span between head and tailstock.
1.5 meter rotation with larger options available.
Robot Unit
£28,000.00
The PUDU MP2000 is an AI-native pallet handling robot for floor-to-floor transport: moving pallets point to point between goods-in, storage, production and dispatch, without a driver and without rebuilding your warehouse.
It carries a rated payload of 2,000 kg, travels at 1.2 m/s loaded and up to 1.6 m/s unloaded, and completes fork entry in around 20 seconds. Battery runtime is 12 hours unloaded and 6 hours at full load, recharging in about two hours on 200-240V, with automatic or manual charging.
Navigation is 3D LiDAR-SLAM and VSLAM. There are no floor magnets, reflectors or site modifications: map the area and the robot works out its own routes.
KEY CAPABILITIES
Plug-and-play deployment. Multi-sensor navigation and on-board intelligence mean no site modifications, no platform integration and no lengthy commissioning. Fast area mapping shortens deployment.
AI-native autonomy. Self-learning storage locations, load-carrier recognition and clearance assessment let it operate in dynamic warehouses without constant manual checks. Scanning the start and end of a location group generates the location data automatically, cutting setup time by around 80%.
Forgiving pallet pickup. Tolerates up to 15 cm of lateral offset and 15 degrees of angular deviation, so hand-placed pallets do not need straightening before the robot can lift them. Compatible with three-runner, perimeter-base and nine-leg pallets.
Works in tight spaces. A 2.0 m right-angle stacking aisle and 1.1 m unloaded passability, with a 1350 mm turning radius. Storage density is preserved without widening aisles.
Omni-Sense safety. Depth cameras, 3D LiDAR and a multi-layer sensor suite give 360 degree awareness. It reroutes around static obstacles, stops for moving ones, and issues audible and visual warnings in mixed pedestrian and vehicle traffic.
Fleet orchestration. Each robot makes its own decisions and plans its own routes, with inter-robot communication keeping a fleet coordinated even offline. Add units to scale throughput without a central controller.
IoT and system integration. Tasks are dispatched via PUDU Link, APIs, voice or physical task buttons, with optional integration to elevator controls, automatic doors and other site equipment.
It carries a rated payload of 2,000 kg, travels at 1.2 m/s loaded and up to 1.6 m/s unloaded, and completes fork entry in around 20 seconds. Battery runtime is 12 hours unloaded and 6 hours at full load, recharging in about two hours on 200-240V, with automatic or manual charging.
Navigation is 3D LiDAR-SLAM and VSLAM. There are no floor magnets, reflectors or site modifications: map the area and the robot works out its own routes.
KEY CAPABILITIES
Plug-and-play deployment. Multi-sensor navigation and on-board intelligence mean no site modifications, no platform integration and no lengthy commissioning. Fast area mapping shortens deployment.
AI-native autonomy. Self-learning storage locations, load-carrier recognition and clearance assessment let it operate in dynamic warehouses without constant manual checks. Scanning the start and end of a location group generates the location data automatically, cutting setup time by around 80%.
Forgiving pallet pickup. Tolerates up to 15 cm of lateral offset and 15 degrees of angular deviation, so hand-placed pallets do not need straightening before the robot can lift them. Compatible with three-runner, perimeter-base and nine-leg pallets.
Works in tight spaces. A 2.0 m right-angle stacking aisle and 1.1 m unloaded passability, with a 1350 mm turning radius. Storage density is preserved without widening aisles.
Omni-Sense safety. Depth cameras, 3D LiDAR and a multi-layer sensor suite give 360 degree awareness. It reroutes around static obstacles, stops for moving ones, and issues audible and visual warnings in mixed pedestrian and vehicle traffic.
Fleet orchestration. Each robot makes its own decisions and plans its own routes, with inter-robot communication keeping a fleet coordinated even offline. Add units to scale throughput without a central controller.
IoT and system integration. Tasks are dispatched via PUDU Link, APIs, voice or physical task buttons, with optional integration to elevator controls, automatic doors and other site equipment.
Full solution
Not specified
Systems Integration company, in business since 1970 focused on material handling optimization and automation in Warehouses, Distribution Centers and manufacturing plants. Systems experience in 49 states and across North America. Offices in 9 states. Experts in storage design and layout, process flow and turnkey implementations involving pallet racking, conveyors, AGV/AMR, shuttle systems, print pack and ship, end-of-line automation. We work with our clients to create a roadmap to automation, as it often makes sense to create a master plan, then automate in steps.
Robot Unit
Not specified
Autonomous Goods-to-Person Transport for Smart Warehousing and Manufacturing
The BOWE IQ Carti-100 is a compact Autonomous Mobile Robot (AMR) designed to automate the movement of totes, cartons, trays and small loads throughout warehouses, manufacturing facilities and distribution centres. Available in both Shelf and Conveyor configurations, Carti-100 provides a highly flexible Goods-to-Person solution that improves productivity, reduces manual handling and seamlessly integrates into existing logistics and production workflows.
Powered by the BOWE IQ software platform, Carti-100 delivers intelligent fleet management, workflow automation and real-time system integration. Combined with the engineering expertise and global support of the BOWE Group, it provides a scalable automation solution that grows with your business.
Key Capabilities
Autonomous transport of totes, cartons and small load carriers
Available in Shelf and Conveyor models
Modular tray configurations with adjustable shelf heights
Automatic charging for continuous operation
Autonomous navigation using cameras and LiDAR technology
Multi-robot fleet operation for high throughput environments
Compact design for operation within narrow warehouse aisles
Easy integration with existing automation and manual processes
Intelligent BOWE IQ Integration
The Carti-100 is designed as part of the wider BOWE IQ intelligent logistics platform, enabling seamless communication with warehouse and production systems.
The platform supports integration with:
Warehouse Management Systems (WMS)
Warehouse Control Systems (WCS)
ERP platforms
IoT devices
Conveyor systems
Automatic doors and lift systems
Third-party automation equipment via API integration
This allows Carti-100 to become part of a fully connected automation ecosystem, creating efficient, end-to-end material flows.
Smart Fleet Management
BOWE IQ software enables organisations to:
Coordinate multiple robots from a single platform
Optimise traffic flow and eliminate bottlenecks
Monitor fleet performance in real time
Allocate tasks dynamically
Scale from a single robot to enterprise-wide deployments
Manage operations through cloud or on-premise installations
Typical Applications
The Carti-100 is ideally suited for:
Goods-to-Person order fulfilment
Manufacturing line replenishment
Work-in-progress (WIP) transport
Tote and carton movement
E-commerce picking
Returns processing
Automated conveyor transfers
Warehouse replenishment
Small parts logistics
Why Choose BOWE IQ Carti-100?
Flexible Shelf and Conveyor models
Compact, modular and easily scalable design
Intelligent BOWE IQ software integration
Seamless connectivity with existing warehouse systems
Multi-robot fleet management and workflow optimisation
Autonomous charging and navigation for maximum uptime
Backed by the global engineering, integration and lifecycle support of the BOWE Group, delivering complete automation solutions from concept and digital simulation through to implementation, support and future expansion.
The BOWE IQ Carti-100 is a compact Autonomous Mobile Robot (AMR) designed to automate the movement of totes, cartons, trays and small loads throughout warehouses, manufacturing facilities and distribution centres. Available in both Shelf and Conveyor configurations, Carti-100 provides a highly flexible Goods-to-Person solution that improves productivity, reduces manual handling and seamlessly integrates into existing logistics and production workflows.
Powered by the BOWE IQ software platform, Carti-100 delivers intelligent fleet management, workflow automation and real-time system integration. Combined with the engineering expertise and global support of the BOWE Group, it provides a scalable automation solution that grows with your business.
Key Capabilities
Autonomous transport of totes, cartons and small load carriers
Available in Shelf and Conveyor models
Modular tray configurations with adjustable shelf heights
Automatic charging for continuous operation
Autonomous navigation using cameras and LiDAR technology
Multi-robot fleet operation for high throughput environments
Compact design for operation within narrow warehouse aisles
Easy integration with existing automation and manual processes
Intelligent BOWE IQ Integration
The Carti-100 is designed as part of the wider BOWE IQ intelligent logistics platform, enabling seamless communication with warehouse and production systems.
The platform supports integration with:
Warehouse Management Systems (WMS)
Warehouse Control Systems (WCS)
ERP platforms
IoT devices
Conveyor systems
Automatic doors and lift systems
Third-party automation equipment via API integration
This allows Carti-100 to become part of a fully connected automation ecosystem, creating efficient, end-to-end material flows.
Smart Fleet Management
BOWE IQ software enables organisations to:
Coordinate multiple robots from a single platform
Optimise traffic flow and eliminate bottlenecks
Monitor fleet performance in real time
Allocate tasks dynamically
Scale from a single robot to enterprise-wide deployments
Manage operations through cloud or on-premise installations
Typical Applications
The Carti-100 is ideally suited for:
Goods-to-Person order fulfilment
Manufacturing line replenishment
Work-in-progress (WIP) transport
Tote and carton movement
E-commerce picking
Returns processing
Automated conveyor transfers
Warehouse replenishment
Small parts logistics
Why Choose BOWE IQ Carti-100?
Flexible Shelf and Conveyor models
Compact, modular and easily scalable design
Intelligent BOWE IQ software integration
Seamless connectivity with existing warehouse systems
Multi-robot fleet management and workflow optimisation
Autonomous charging and navigation for maximum uptime
Backed by the global engineering, integration and lifecycle support of the BOWE Group, delivering complete automation solutions from concept and digital simulation through to implementation, support and future expansion.
Robot Unit
Not specified
Intelligent Autonomous Cart Transport for Dynamic Manufacturing and Intralogistics
The BOWE Move FlexxBot is a highly flexible Autonomous Mobile Robot (AMR) designed to automate the transport of carts, trolleys and production carriers in environments where space is limited and operational flexibility is essential. Combining intelligent mobile robotics with the powerful MOV.AI software platform, FlexxBot provides a scalable automation solution that seamlessly integrates into existing workflows with minimal disruption.
Unlike traditional AGVs, FlexxBot uses advanced autonomous navigation and intelligent fleet management to operate safely alongside people, adapting to changing layouts and production demands without requiring fixed infrastructure.
Key Capabilities
Autonomous detection, gripping and towing of carts
Supports a wide variety of cart and trolley designs through flexible gripping technology
Handles payloads of up to 1,000 kg
Compact footprint for operation within narrow aisles and restricted production areas
Exceptional turning capability with an 85° drag angle, making it ideal for confined manufacturing environments
3D SLAM navigation providing reliable localisation without magnetic tape or floor guides
Autonomous charging through automatic docking
Suitable for continuous manufacturing, warehouse and logistics operations
The BOWE Move FlexxBot is a highly flexible Autonomous Mobile Robot (AMR) designed to automate the transport of carts, trolleys and production carriers in environments where space is limited and operational flexibility is essential. Combining intelligent mobile robotics with the powerful MOV.AI software platform, FlexxBot provides a scalable automation solution that seamlessly integrates into existing workflows with minimal disruption.
Unlike traditional AGVs, FlexxBot uses advanced autonomous navigation and intelligent fleet management to operate safely alongside people, adapting to changing layouts and production demands without requiring fixed infrastructure.
Key Capabilities
Autonomous detection, gripping and towing of carts
Supports a wide variety of cart and trolley designs through flexible gripping technology
Handles payloads of up to 1,000 kg
Compact footprint for operation within narrow aisles and restricted production areas
Exceptional turning capability with an 85° drag angle, making it ideal for confined manufacturing environments
3D SLAM navigation providing reliable localisation without magnetic tape or floor guides
Autonomous charging through automatic docking
Suitable for continuous manufacturing, warehouse and logistics operations
