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- marketing@orbitalmekatronik.com
Looking for a Hyulim desktop robot in India for adhesive dispensing, automatic screw tightening, soldering, component assembly, testing or precision positioning? Orbital Mekatronik supplies Hyulim DTR Series desktop robots for repetitive automation processes performed within a compact tabletop working area. The official Hyulim range includes DTR-MU stepper-motor, belt-driven models and a DTR-SU servo-motor, ballscrew-driven model for applications requiring different combinations of speed, precision and payload.
We support machine manufacturers, industrial automation integrators and production teams with desktop robot selection, working-range evaluation, tooling review and commercial quotations.
Share the required working area, number of axes, component weight, tool weight, cycle time, repeatability and intended process. Our team will help shortlist a suitable Hyulim DTR configuration for technical evaluation.
Need Hyulim desktop robot pricing or help selecting the correct DTR model? Share the required X-Y-Z working range,
process type, product and tool weight, cycle time, repeatability, controller requirement and project quantity for a suitable quotation.
Get support for the robot, controller, teaching arrangement, cables and application-based configuration.
Working Area
Specify the actual movement required along each axis: X-axis travel, Y-axis travel, Z-axis travel, Rotary movement, when required. The working range should provide enough clearance for the product fixture, tool and machine enclosure.
Number of Axes
The required axes depend on the process: X-Y for flat two-dimensional paths, X-Y-Z for height changes, pickup and placement, X-Y-Z-R where tool or product rotation is required. Select only the axes that are needed for the actual operation.
Product Payload
The work payload includes the component or fixture being carried by the robot. For pick-and-place applications, include: Product weight, Product holder, Gripper fingers, Vacuum cups, Brackets, Sensors.
Tool Payload
The tool payload can include: Dispensing valve, Screwdriver, Soldering tool, Camera, Probe, Cable bracket, Hose and fittings, Tool changer. The official specification table separates work payload and tool payload, so both values should be checked for the selected model.
Speed and Cycle Time
Maximum speed alone does not determine production output. Actual cycle time depends on: Travel distance, Number of programmed points, Acceleration and deceleration, Payload, Tool-operation time, Product-loading time, Settling time, Process verification.
Repeatability
Select repeatability according to the process: General handling may tolerate a wider value, Screwdriving requires reliable tool alignment, Fine dispensing requires controlled path accuracy, Inspection and measurement may require tighter positioning. The MU type publishes ±0.01 mm repeatability, while the SU type publishes ±0.005 mm.
Tool and Process Force
Check whether the process generates: Downward force, Side load, Torque, Vibration, Heat, Material pressure, Reaction force. A robot suitable for moving a lightweight tool may not automatically be suitable for a force-intensive process.
Product Fixture
A stable fixture helps maintain product position during operation. Fixture design should provide: Repeatable product loading, Adequate tool clearance, Component support, Error-proof positioning, Safe operator access, Sensor mounting where required.
Controller and Communication
Confirm the required: Robot controller, Teaching method, Digital I/O, PLC interface, Start and completion signals, Alarm outputs, Emergency-stop integration, Production-data exchange.
Operating Environment
State whether the robot will operate in: General assembly area, Electronics production, Dust-controlled equipment, High-temperature process area, Clean manufacturing, Enclosed automatic machine. Special environmental requirements must be confirmed before model selection.
Provide the following details:
Do not select a desktop robot only by working area. Payload, process force, tool dimensions, repeatability, speed and controller compatibility must also be evaluated.