Peer 3000 is an autonomous pallet-moving robot designed to automate pallet transport across warehouses, distribution centers, and manufacturing facilities—including trailer unloading, dock-to-storage movement, staging, production supply, and other repetitive pallet workflows.
With a payload capacity of up to 3,000 lb (1,360 kg) and speeds up to 4 mph, Peer 3000 is built for heavy-duty material movement while remaining compact enough to operate in existing facilities. Peer states that it can navigate aisles as narrow as approximately 1 meter and operate for up to 8 hours, depending on application and duty cycle. peerrobotics.ai
A key advantage is its ability to work in brownfield environments without requiring major changes to the building or material-handling process. Peer 3000 can autonomously pick up, transport, and drop pallets, and is designed to handle a variety of pallet types including American, European, USPS, and custom pallets. peerrobotics.ai
For dock operations, Peer 3000 can autonomously enter trailers, retrieve pallets, cross dock plates, and move loads to staging or storage locations. Peer Robotics specifically positions the platform for trailer unloading in existing facilities without added trailer infrastructure or major facility modifications. Peer Robotics
The platform also supports human-robot collaboration. Operators can manually take control when needed, and Peer 3000 includes collaborative features such as Follow-Me and manual/haptic control for applications where human guidance is still useful. Peer Robotics
Typical applications include:
- Trailer unloading and loading
- Dock-to-storage pallet movement
- Pallet transport between production, staging, and warehouse areas
- Finished-goods movement
- Inbound receiving
- Outbound staging
- WIP movement
- Trolley and cart movement
- Follow-Me case-picking workflows
Peer 3000 helps automate the pallet journey in the facility you already have—reducing repetitive manual pallet movement without requiring a major facility redesign.

CaPow Genesis is a Power-in-Motion energy system for AMRs and AGVs that supplies power while robots are operating, eliminating the need to stop for conventional charging.
Instead of sending mobile robots to stationary chargers and taking them out of production, Genesis delivers energy along designated portions of the robot’s normal travel path. This allows robots to recharge while continuing to perform material-handling work.
By reducing charging-related downtime, Genesis can help manufacturers, warehouses, and distribution centers:
- Increase AMR/AGV utilization and availability
- Reduce or eliminate time spent stopped at charging stations
- Improve fleet throughput
- Reduce or eliminate static charging stations in suitable applications
- Recover floor space previously dedicated to charging
- Reduce the number of robots required to maintain target throughput in some applications
- Delay or avoid additional robot purchases by increasing productive capacity from an existing fleet
Genesis can be applied to both new AMR/AGV deployments and existing fleets. For new projects, Power-in-Motion can help right-size the fleet by reducing the additional robot capacity often required to compensate for charging downtime. For existing fleets, it can increase utilization and unlock more productive capacity from robots already in operation.
Typical applications include high-utilization internal logistics, line-side replenishment, repetitive material transport, production supply, warehouse transport, and other AMR/AGV workflows where charging interruptions limit throughput.
Proven automotive application: In a Fortune 50 automotive deployment, Power-in-Motion increased robot utilization from 59.5% to 83.1% while reducing the required fleet from 4 robots to 3. The application also eliminated 2 static charging stations, reclaimed approximately 50 sq. ft. of floor space, and generated approximately $98,000 in savings, with an additional $197,000 in avoided costs associated with the project.
CaPow Genesis turns charging from a scheduled interruption into part of the robot’s normal operation—helping companies get more work from every robot.
Results are application-specific and depend on fleet design, duty cycle, charging requirements, robot utilization, operating conditions, and system configuration.

Thouzer is a flexible material-handling robot designed to reduce employee walking, pushing, pulling, and repetitive A-to-B material transport in manufacturing, warehouse, distribution, and logistics environments.
Thouzer can start in Follow-Me mode, where it automatically follows a worker while carrying or towing material. When a process becomes repetitive enough to automate, compatible Thouzer models can use Memory Trace® Teach & Repeat: an operator simply demonstrates the route, and Thouzer can then repeat that route autonomously.
For standard Follow-Me and Memory Trace workflows, no Wi-Fi, laptop, conventional facility mapping, or robotics engineer is required to teach and operate the robot.
Thouzer can be configured to carry materials directly or tow existing carts, dollies, trolleys, and compatible pallet jacks. Depending on the model and configuration, the Thouzer family can move loads of up to approximately 2,000 lb (900 kg) per trip.
Typical applications include:
- Order picking and kitting
- Line-side replenishment
- Work-in-process transport
- Cart and tugger routes
- Finished-goods movement
- Empty-container return
- Repetitive point-to-point delivery
Safety features vary by model and configuration and can include 2D/3D LiDAR, obstacle detection, emergency-stop buttons, safety bumpers, and audible/visual alerts.
Thouzer lets companies reduce walking today and automate repetitive routes when they’re ready—without starting with a complex, facility-wide robotics project.
For custom integrations, automatic loading/unloading, or more advanced workflows, additional application engineering may be required.

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.

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.

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)

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.

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.