Palletizing & Depalletizing
High-throughput 4-axis and 6-axis robotic palletizers equipped with vacuum, mechanical clamp, or hybrid EOAT. Capable of handling multi-SKU lines, slip sheets, and pallet dispensing with 99.8% pattern precision.
Engineered automation workcells, robotic palletizing, machine tending, and pick-and-place solutions built for global industrial performance.
Robotic automation must drive tangible efficiency without introducing integration bottlenecks. Overseas procurement teams require certified system integrators capable of single-source engineering, from hardware selection and custom End-of-Arm Tooling (EOAT) design to PLC/HMI controls, safety fencing, and international commissioning.
Through our specialized robotics division, Complete Solution Robotics (CSR), RMH Systems delivers turnkey robotic workcells backed by over 30 years of hands-on industrial expertise. As a Level 4 FANUC Authorized System Integrator, our in-house engineering team designs, programs, and deploys high-performance robotic cells for brownfield and greenfield facilities globally.
We specify, program, and integrate articulated arms, SCARA, delta, and collaborative robots tailored to demanding operational environments.
High-throughput 4-axis and 6-axis robotic palletizers equipped with vacuum, mechanical clamp, or hybrid EOAT. Capable of handling multi-SKU lines, slip sheets, and pallet dispensing with 99.8% pattern precision.
Automate workpiece loading and unloading for CNC lathes, mills, press brakes, and injection molding machinery. Eliminates machine downtime, protects operators from hazardous tasks, and maximizes tool utilization rates.
Delta and SCARA robotic picking cells with integrated 2D/3D vision systems. Designed for rapid sorting, orientation, and primary/secondary packaging at speeds exceeding 120 picks per minute per robot.
Automated case blank fetching, forming, top/side loading, and sealing. Flexible robotic end-effectors handle rigid bottles, flexible pouches, heavy cartons, and delicate food products seamlessly.
Force-sensing robotic cells for heavy deburring, sanding, grinding, and polishing of cast metal and composite components. Delivers uniform surface quality while freeing workers from toxic airborne dust.
Integrated FANUC iRVision, Cognex 3D inspection, and Allen-Bradley/Siemens PLC architectures. Features intuitive HMI interfaces, real-time OEE telemetry tracking, and seamless WMS/ERP connectivity.
Review how our custom robotic systems solve complex labor, quality, and throughput challenges across heavy manufacturing and processing.
Heavy manual sanding of complex truck toolboxes created ergonomic injuries, inconsistent finish quality, high employee turnover across 3 shifts, and severe production bottlenecks.
Designed a turnkey robotic material removal workcell utilizing force-compliant robotic arm sanding heads, custom part holding fixtures, and automated dust extraction systems.
Regional labor shortages below 3% unemployment hindered parcel bed frame production, while manual welding lead times restricted order fulfillment speed.
Engineered a multi-robot manufacturing cell featuring 7 synchronized FANUC arc welding robots, integrated transport conveyors, and automated part indexing fixtures.
Legacy mechanical palletizers failed to handle multi-size case variations, causing un-scheduled downtime, damaged product, and line stoppage.
Deployed high-speed robotic palletizing cells equipped with flexible multi-case EOAT tooling, automatic pallet dispensers, and integrated stretch wrappers.
Client feedback demonstrating our expertise in recovering stalled projects and delivering compliant automation cells on budget.
"After three months of frustration with another vendor, our existing robot still didn't work. RMH Systems came in, understood the urgency, and within three days had our robot palletizing better than ever before. Their technical skill and customer service are unmatched."
"We hired RMH to integrate a complex glass polishing application requiring tactile force-feedback that a previous integrator failed to deliver. They specified components, built custom control circuitry, and had us in full production in just two months—completely within budget."
"Our employees used to spend all day hand-sanding parts. Today, they operate advanced robotic cells. They breathe clean air, feel valued, and take pride in managing technology. Working with RMH's robotics division has been fantastic."
"RMH was brought in to assist with a launch featuring advanced FANUC 3D vision technology. Their professional, hands-on expertise was instrumental to our success and in training our floor technical staff."
Key technical considerations for international procurement officers and engineering directors.
Robotic workcells solve critical global manufacturing challenges: rising labor expense, skilled welder/operator shortages, workplace injuries from repetitive motion, and quality variance. Robotic operational costs typically average $2.00 to $3.00 per hour, providing substantial cost savings over manual labor while increasing throughput and unit consistency.
Seek a single-source integrator with multi-disciplinary expertise in robotics, conveyor transport, packaging equipment, and PLC control networks. Isolated robot suppliers often cause integration friction when connecting upstream machinery. As a FANUC Level 4 Authorized Integrator, RMH Systems accepts single-point accountability for the full system lifecycle.
Industrial robots repurpose labor rather than eliminate workers. Operators shift from hazardous, physically exhausting tasks to technical workcell oversight, quality management, and process optimization. As facility output expands, existing staff are upskilled into higher-value technical roles.
Custom robotic workcell projects typically require 24 to 36 weeks from initial simulation, CAD engineering, and EOAT fabrication to factory acceptance testing (FAT) and final site commissioning.
Contact our engineering specialists today to request custom system layouts, technical specifications, and feasibility analyses for your plant.