Staubli TX2-90XL Industrial Robot Review: Specs, Price and Applications
Updated: 4 days ago
The TX2-90XL is the long-reach six-axis member of Stäubli’s TX2-90 industrial robot family. The current manufacturer table specifies 7 kg load capacity,1450 mm wrist reach and±0.02 mm repeatability. The supplied older listing’s 9 kg headline should not override that exact current XL table. Collaborative functions require the selected controller and validated application design.
Quick Verdict
Consider TX2-90XL when reach and compact cell integration matter more than the heavier payload of shorter TX2-90 variants. Verify tool/load moments and the working envelope. It is an industrial robot with configurable safety functions, not an automatically safe unguarded cobot for every task.
Staubli TX2-90XL Industrial Robot at a Glance
Specification | Details |
Axes | 6 |
Current XL load capacity | 7 kg;apply exact load/inertia envelope |
Reach at wrist | 1450 mm |
Current listed repeatability | ±0.02 mm;manufacturer table and revision govern |
Maximum Cartesian speed | 11.6 m/s;not a guarantee for every payload/path |
Controller | Stäubli CS9;selected hardware/software/options |
Protection | IP65;specified pressurized configuration for IP67 |
Safety | Selected optional modular SIL3 /PL e functions;system validation required |
Design and Engineering Assessment
The 7 kg capacity includes the tool and carried parts under the specified center-of-gravity and inertia limits. A long tool or offset load can become limiting before nominal mass. Reach at the wrist also differs from collision-free reach at the actual process tool.
Repeatability describes return behavior under the specified test conditions;it does not establish absolute path accuracy in a calibrated cell. Tool definition, base alignment, load compensation and process forces contribute to useful workpiece accuracy. The current table differs from some older literature, so retain the accepted datasheet revision.
Fast industrial motion and collaborative operating modes require different application constraints. Safe limited speed, safe zones and safe-tool functions must be selected, configured and validated with the controller and peripherals. End-tool hazards, pinch points and stopping distances remain part of the complete cell assessment.
Configure Arm, Controller and Cell
Specify payload/center of gravity, inertia, tool envelope, process forces, mounting and useful poses. Resolve CS9 configuration, VAL3/software, network options, I/O and service routing.
Select the actual environmental version and pressurization requirements. Standard, HE, cleanroom and pharmaceutical versions must retain their own identities rather than sharing every rating.
Accept the Loaded Production Task
Verify TCP/base frames, load data, limits and calibrated process positions. Measure loaded cycle time, repeatability and process behavior instead of selecting from maximum free-motion speed alone.
Validate configured protective functions and recovery with the installed tooling and cell. Retain arm/controller identity, firmware, programs, calibration, load data and safety configuration for service.
Applications and Selection
Industrial handling, machine tending, assembly and process automation requiring a long-reach six-axis arm.
For Staubli TX2-90XL Industrial Robot, define the actual machine duty before selecting an ordering configuration. Include the required operating point, available installation space, environment and control interfaces. The specification table describes the product or family; the surrounding machine determines which of those features matters for the intended job.
Price and Value
Price: Request a quote for the exact arm, CS9 controller, software and ordered options. Confirm installation, tooling, protective equipment and support scope;an older catalog price is not automatically a current configuration-specific offer.
Compare alternatives using the same tool/load envelope, useful workspace, cycle, environment and validated protective requirements. Include integration, calibration, spares and lifecycle support.
Pros and Cons
Advantages
1450 mm reach in a six-axis industrial arm
Flexible mounting and integrated service routing
Configurable CS9 connectivity and safety functions
Limitations
Longer reach has a lower payload than shorter family members
Collaborative use needs complete application validation
Environmental versions/options are configuration specific
Who Should Consider Staubli TX2-90XL Industrial Robot?
Consider Staubli TX2-90XL Industrial Robot for industrial handling, machine tending, assembly and process automation requiring a long-reach six-axis arm. Establish the required operating point and installation interfaces before choosing the configuration, and use a representative loaded cycle as the acceptance basis.
Staubli TX2-90XL Industrial Robot FAQ
Is the current XL table 9 kg?
No. The inspected current manufacturer table lists 7 kg for TX2-90XL.
Does the 14 kg family maximum apply to XL?
No. It belongs to a different TX2-90 family configuration.
Does wrist reach include every tool offset?
No. Evaluate the actual TCP, load and collision envelope.
Does repeatability equal absolute accuracy?
No. Calibration, tooling, loads and the process affect absolute positioning.
Is 11.6 m/s available for every move?
No. Actual speed depends on motion, payload and configured limits.
Is IP67 universal without the specified option?
No. The current table ties IP67 to the pressurized configuration.
Do safety functions automatically permit unguarded operation?
No. Validate the complete application, tooling and protective design.
What should a spare preserve?
Arm/version, controller, software, load/calibration data, interfaces and validated safety configuration.
Prices are indicative and may change. Confirm the final configuration, commercial terms and delivery schedule before ordering.
