ENGINEERING · MANUFACTURING · AUTOMATIONRB-54876 axes
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Industrial robots
Automation that never tires.
Precision that never drifts.
We design and integrate complete robot cells for palletizing, picking, assembly and handling that work with your existing machines and lines from day one.
- 08robot types
- 08applications
- 360°study to service
Robot types
A robot for every motion.
We choose the robot type by payload, reach, speed and task, then design the complete cell around it.
RB-016 axes
6-axis articulated robot
The most flexible: reaches any point and angle in its envelope, ideal for handling, welding and machine tending.
- Payload
- 3 – 500 kg
- Reach
- 0.5 – 3.5 m
RB-546 axes
barad
test
- Payload
- Application-specific
- Reach
- Application-specific
RB-024 axes
SCARA robot
Fast and precise in the horizontal plane, ideal for assembly, insertion and table-top picking.
- Payload
- 1 – 20 kg
- Reach
- 0.2 – 1.2 m
RB-033 – 4 axes
Delta robot
The highest picking speed over conveyors, for food, pharma and light packing.
- Payload
- 0.5 – 8 kg
- Reach
- 0.4 – 1.6 m
RB-046 axes
Collaborative robot (cobot)
Works beside people with power and force limiting, and is easy to program and move between stations.
- Payload
- 3 – 30 kg
- Reach
- 0.5 – 1.8 m
RB-054 – 5 axes
Palletizing robot
Built for the end of line: stacks bags, cartons and crates in fixed patterns at heavy payloads.
- Payload
- 50 – 800 kg
- Reach
- 2 – 3.2 m
RB-063 axes
Gantry (Cartesian) robot
Precise linear motion over large areas, built to size for machine loading and large-part transfer.
- Payload
- Structure-dependent · up to several tonnes
- Reach
- Built to required size
Figures are typical market ranges. Final specifications are set after studying your application.
Applications
Where robots make the difference.
Repetitive, heavy and precise tasks are where robots belong, freeing your team for higher-value work.
Palletizing & depalletizing
Stack bags and cartons on pallets in fixed patterns, with no strain on workers.
Pick & place
Move products between conveyors and packs with repeatable speed and accuracy.
Machine tending
Load and unload CNC machines, presses and molds across every shift.
Welding
Arc and spot welding with consistent quality on every part.
Painting & coating
Even coats and less material waste in environments that are hard on people.
Assembly & screwing
Fit parts and drive screws at controlled torque, with every step logged.
Case packing
Load products into cases and trays in a consistent layout.
Inspection & quality
Camera and gauge inspection with automatic rejection of faulty parts.
Robot selector
Which robot fits your plant?
Answer three questions for an initial recommendation, then our engineers review it with you.
Pick your answers to see the recommendation here.
Integration services
The robot is a part. The cell is the solution.
We handle everything around the robot: study, simulation, gripper, safety, programming and commissioning.
- 01
Application study
We analyze the part, target rate and floor space, and confirm the case for automation.
- 02
Simulation & cell design
We simulate the cell digitally to confirm cycle time and reach before building.
- 03
End-of-arm tooling
We design vacuum, mechanical or magnetic grippers for your product.
- 04
Safety & guarding
Risk assessment, fencing, light curtains and safety-rated circuits.
- 05
Programming & integration
We connect the robot to machines, PLCs, conveyors and monitoring.
- 06
Commissioning, training & support
On-site start-up, team training, maintenance and spare parts.
Safety & standards
Full speed. Full safety.
Every cell follows a documented risk assessment, with safeguards chosen for how people work around the robot.
- Guard fencing with safety-interlocked doors
- Light curtains and area scanners that slow or stop the robot
- Emergency stops and safety-rated control circuits
- Power and force limiting for collaborative robots
ISO 10218-1/2Safety requirements for industrial robots and robot systems
ISO/TS 15066Guidance for collaborative human–robot operation
ISO 13849-1Safety-related parts of control systems
ISO 12100Machinery risk assessment and risk reduction
FAQ
Before you start.
Do robots suit small factories?
Yes. You can start with one cell for a repetitive task, such as palletizing or machine tending, and expand later. Cobots suit limited spaces especially well.
How long does a robot cell take?
It depends on complexity: from several weeks for standard cells to a few months for fully custom ones. We set the schedule after the application study.
Will the robot work with my current machines?
In most cases, yes. We connect to your machines' control signals, or add control interfaces where needed.
Who programs and runs the robot after handover?
We hand over the cell programmed and ready, and train your operators and maintenance team on daily running and product changeovers.
How do we estimate the return on investment?
We compare the cell's cost with savings in labor, extra shifts, waste and injuries. Our economic consulting team can run this analysis with you.
Start with one cell
Name the task. We design the cell.
Send a short description of the task and output rate, and we will reply with an initial cell concept and next step.
Request a robot cell study