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Gantry Robot System

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Gantry Robot System Specification

Usage & Applications
Material Handling, Palletizing, Loading & Unloading, Assembly Automation, Pick and Place

Lubricating System
Automatic/Centralized

Size
Custom as per application

Motor Power
Servo Motor: 0.75 kW6 kW

Shape
Rectangular (Rail Track Linear)

Noise Level
<70 dB

Surface Finish
Matt/Gloss

Capacity
Payload: 50 kg 250 kg

Features
High Repeatability, Programmable, Modular Design, Multi-Axis Movement

Drive Type
Servo Motor/Ball Screw & Linear Guideways

Diameter
N/A (Uses linear rails, not rotary axes)

Product Type
Gantry Robot System

Material
Stainless Steel, Aluminium Alloy

Technology
Automated/CNC Control

Power Source
Electric

Power
2.2 kW to 10 kW (Varies by model)

Voltage
220V/380V AC, 50/60Hz

Pressure
0.60.8 MPa (If pneumatic assist used)

Surface Treatment
Powder coated/Painted

Dimension (L*W*H)
Customizable Typical range: 5m10m (L) x 2m4m (W) x 1.8m4m (H)

Weight
1200 kg 3200 kg

Color
Industrial Grey/Blue/White

Axis Configuration
2/3/4 Axis

Integration Capability
Compatible with MES/automation software

Repeatability
0.03 mm

Operating Environment
Factory, Warehouse, Industrial Automation

End Effector Type
Gripper, Magnetic, Suction, Custom Tooling

Communication Interface
Ethernet/IP, ProfiNet, RS485

Speed
Max Traverse Speed: 1.5 m/s 3 m/s

Positioning Accuracy
0.05 mm 0.1 mm

Ambient Conditions
0C to 45C, 3080% humidity

System Lifetime
10+ Years

Safety Features
Emergency Stop Switch, Overload Protection, Safety Enclosures

Mounting Type
Floor/Overhead/Ground Mounted

Installation Time
23 Days (depending on configuration)

Controller Type
PLC/PC-based

Maintenance
Low-maintenance, modular replacement

Travel Length
Up to 15 meters (customizable)

About Gantry Robot System

Products Description

Gantry Robot System of DMT have been recognized for its technology through various independent development patents, and it can be applied to high-speed, high-precision, and high-load work has been showing many performances. - High Speed, High Accuracy, Long life time - Various Gantry Robot System Model by standardization.

Product Specification

Applying V type guide type _strong durability, moment power up
Applying U Type guide type for strong pitting resistance
Position accuracy improved: pre pressure adjustment by eccentric bushing
Helical Type Rack & pinion _ Low noise4, High Accuracy, Long life time
High response. High speed/precision:3m/sec repetitive accuracy: 0.1mm

Versatile Multi-Axis Automation

With 2, 3, or 4 axis options and compatibility with multiple communication standards, this Gantry Robot System supports diverse industrial applications. Its programmable controllers, flexible mounting, and customizable end effectors make it ideal for material transfer, assembly automation, and specialized pick-and-place tasks, adapting seamlessly to varied operational requirements.

Exceptional Precision and Performance

Engineered for high-precision tasks, this system ensures accurate and repeatable motion, maintaining 0.05 mm to 0.1 mm positioning accuracy and 0.03 mm repeatability. Designed for rapid traversing speeds up to 3 m/s across custom travel lengths, it balances reliability with productivity, ensuring consistent output in demanding industrial environments.

Smart Integration and Safety

The Gantry Robot System offers easy integration with MES and other industrial automation software, thanks to its advanced control interfaces (Ethernet/IP, ProfiNet, RS485). Safety is optimized with emergency stops, overload protection, and full enclosures, supporting safe operation in factories and warehouses while minimizing downtime and risk.

FAQ's of Gantry Robot System:

Q: How does the Gantry Robot System improve operational efficiency in factories and warehouses?

A: The system automates key processes like material handling, palletizing, and pick-and-place tasks, significantly reducing manual labor. With its high speed (up to 3 m/s), precise motion (0.05 mm - 0.1 mm), and multi-axis movement, productivity is increased while operational errors and downtime are minimized.

Q: What end effectors are compatible with the Gantry Robot System?

A: This robot system supports a broad selection of end effectors, including grippers, magnetic tools, suction pads, and custom-designed tooling. This adaptability allows it to handle different materials and perform specialized tasks to suit specific industrial applications.

Q: When should maintenance be performed on the Gantry Robot System?

A: Regular inspection is recommended according to the operational schedule, but the system's low-maintenance, modular design combined with its automatic or centralized lubrication system typically reduces required maintenance intervals. Modular replacement further simplifies servicing, minimizing downtime.

Q: Where can the Gantry Robot System be installed within an industrial facility?

A: The system offers flexible mounting options-floor, ground, or overhead-which enables seamless integration in a variety of industrial settings such as warehouses and production lines. Its modular construction allows installation over travel lengths up to 15 meters, supporting custom layouts.

Q: What is the installation process and how long does it take?

A: Installation generally takes between 2 to 3 days, depending on configuration and site preparedness. The process involves anchoring the modular frame, connecting the controller, integrating safety features, and commissioning the system, following which it is ready for operational tasks.

Q: How does the system ensure safety and regulatory compliance during operation?

A: Multiple safety features are integrated, such as emergency stop switches, overload protection, and safety enclosures. These, combined with reliable electrical components and standardized interfaces, support compliance with industrial safety norms and reduce operator risk.

Q: What are the main benefits of integrating this Gantry Robot System with MES or automation software?

A: Seamless integration enhances real-time monitoring, process control, and data-driven optimization. This connectivity streamlines workflow management, supports predictive maintenance, and ensures consistent high-quality output throughout the system's service life.

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