United Solutions Of Automation And Robotics (U.S.A.R.)
Profile date: 2026-08-23
United Solutions Of Automation And Robotics (U.S.A.R.)
Overview and Background
United Solutions Of Automation And Robotics (commonly known as U.S.A.R.) is an American automation engineering, integration, and robotics distribution company headquartered at 100 N 72nd Ave, Suite 136, Wausau, Wisconsin 54401. Founded in 2024, the company was established to address workforce shortages, enhance operational efficiency, and modernize operations across industrial manufacturing, warehousing, commercial facilities, agriculture, and residential settings.
U.S.A.R. operates as a full-lifecycle systems integrator and technology distributor. Rather than functioning solely as an equipment vendor, the company specializes in designing, deploying, programming, and maintaining custom and turnkey robotic systems tailored to specific workflow requirements and return-on-investment targets.
Core Products and Technology Portfolio
The company distributes, integrates, and supports hardware and software from major global robotics manufacturers, including Universal Robots, ABB Robotics, FANUC, Alliance Automation, Yarbo, and Segway.
1. Collaborative Robots (Cobots)
Cobots represent a primary focus area for U.S.A.R., targeting facilities seeking flexible automation that can safely share workspaces with human operators.
* Articulated Cobot Arms: Multi-axis collaborative arms designed for machine tending, assembly, inspection, and screwdriving tasks.
* Palletizing Systems: Compact, pre-engineered solutions such as the Cobot Standard Plus Palletizer, built for end-of-line palletizing with minimal footprint requirements.
* Modular End-Effectors: Electric and pneumatic grippers, vacuum suction tools, and multi-tool adapters configured for specific component handling.
2. Heavy Industrial Robotics
For high-speed, heavy-payload, and hazardous tasks, U.S.A.R. deploys rigid industrial automation units:
* Six-Axis Articulated Robots: High-payload robotic arms for material handling, welding, CNC machine loading/unloading, and foundry operations.
* Packaging and Sorting Cells: High-speed picking and packaging cells for food processing, consumer goods, and industrial parts distribution.
3. Autonomous Mobile Robots (AMRs) & Logistics
Intralogistics Transport: Autonomous mobile platforms and automated guided vehicles (AGVs) designed to transport materials between warehouse racks, workstations, and shipping docks.
Delivery Automation: Smart commercial transport robots adapted for indoor facility deliveries, food service, and retail logistics.
4. Humanoid and Quadruped Robotics
U.S.A.R. supplies advanced robotic platforms tailored for research and development labs, universities, and enterprise prototyping:
* Humanoid Robotic Systems: Bipedal, human-scale research platforms designed to evaluate artificial intelligence, path planning, and advanced manipulation.
* Quadruped Systems: Four-legged robotic platforms capable of traversing uneven terrain for facility inspection, environmental monitoring, and site analysis.
5. Residential and Commercial Outdoor Robots
Unlike traditional industrial-only integrators, U.S.A.R. maintains a dedicated consumer and commercial groundskeeping division:
* Modular Outdoor Robots (e.g., Yarbo Series): Multi-purpose outdoor units utilizing a central motorized core with interchangeable attachments, including RTK-GPS autonomous lawn mowing modules (up to 6 acres), high-velocity snow blowing modules, and 190 mph leaf blowing units.
* Perimeter-Wire-Free Robotic Mowers: Wire-free autonomous mowers, including Segway Navimow units, utilizing RTK positioning and vision-based obstacle avoidance.
* Agricultural Automation: Specialized robotic sprayers, autonomous weeding platforms, and automated greenhouse climate/irrigation management setups.
Services and Integration Capabilities
U.S.A.R. provides end-to-end technical services covering every phase of the automation adoption cycle:
Engineering, Consultation, and System Design
Workflow and Feasibility Studies: Assessment of existing manufacturing processes, bottleneck identification, and cycle-time calculations.
Simulation and Cell Design: CAD-based 3D simulation of robotic workcells to test clearance, reachability, reach-to-payload ratios, and throughput before physical installation.
Controls and PLC Engineering: Integration of Programmable Logic Controllers (PLCs), Human-Machine Interfaces (HMIs), safety interlocks, light curtains, and industrial network protocols (EtherNet/IP, PROFINET, Modbus).
Turnkey Deployment and Integration
Mechanical & Electrical Installation: On-site installation of mounting pedestals, robot arms, conveyors, guarding, and power distribution systems.
Custom End-of-Arm Tooling (EOAT): Engineering custom mechanical grippers, 3D-printed fingers, and multi-vacuum arrays designed around delicate or irregular parts.
Vision System Integration: Incorporating 2D/3D machine vision and optical recognition systems for part location, quality control inspection, barcode scanning, and bin picking.
Maintenance, Support, and Training
Operator and Technician Training: Practical instruction on robotic teach pendants, program modification, routine safety checks, and basic error recovery.
24/7 Technical Support: Ongoing maintenance contracts, preventative health checks, firmware updates, and remote diagnostic monitoring to reduce unpredicted downtime.
Robot Rebate & Loyalty Programs: Operational support initiatives providing customer rewards, component exchange pathways, and credit structures for hardware upgrades.
Target Industries and Applications
General Manufacturing & Metalworking: CNC load/unload, automated deburring, plasma cutting, and precision part assembly.
