The Hikrobot HMR HPC9-3000A belongs to the
Automotive Final Assembly Line Series, developed specifically
for interior assembly and final assembly operations in the automotive industry.
The robot offers high flexibility to meet requirements for vehicle model upgrades,
production capacity expansion, process optimization, and route changes.
It is suitable for various production models, including mixed-model assembly,
AMR operation along the assembly line, continuous-motion assembly,
station-based assembly, and cart transportation along the production line.
The Hikrobot HPC9-3000A has a rated payload of
3000 kg, overall dimensions of
5341 × 2017 × 360 mm, and an omnidirectional chassis.
Its low-profile design makes the robot suitable for transporting
vehicle bodies, fixtures, components, and process equipment
in automated automotive assembly lines.
The robot supports multiple navigation methods, including
guidance tape, 2D barcode, L-SLAM, and V-SLAM.
It is equipped with 360° laser protection, an anti-collision strip,
sound and light warnings, and emergency stop buttons,
enhancing operational safety in manufacturing environments.
With a rated speed of 1200 mm/s,
positioning accuracy of ±10 mm / ±1°,
and docking accuracy of ±10 mm,
the HPC9-3000A helps synchronize material transportation
with the production rhythm of automotive final assembly lines.
Robot Series for Automotive Final Assembly Lines
The Automotive Final Assembly Line Series
is designed for interior assembly and final assembly operations
in the automotive industry. The robots offer high adaptability
to vehicle model upgrades, production capacity expansion,
line optimization, and production route changes.
The system supports flexible switching between multiple navigation methods,
making it suitable for mixed-model production, AMR operation along assembly lines,
continuous-motion assembly, station-based assembly, cart transportation,
and elevated assembly lines.
The robot can be customized in terms of platform dimensions,
process equipment, positioning mechanisms, and interlocking systems
according to the requirements of each vehicle model,
production process, and actual production cycle.
Typical Applications
Automatic Vehicle Body Receiving and Positioning
The robot works with supporting mechanisms to automatically receive,
transport, and position vehicle body structures at the required location
on the final assembly line.
Continuous-Motion Assembly
The robot moves in synchronization with the production rhythm,
allowing operators to perform assembly tasks while the vehicle body
continues moving.
Cart Transportation Along Assembly Lines
The robot transports carts, components, tools, and materials
to designated workstations, helping reduce manual logistics operations.
Transportation Along Elevated Assembly Lines
The robot can operate together with elevated assembly systems,
synchronizing the positions of vehicle bodies, operators,
and supporting equipment at each production stage.
Precision Docking with Supporting Mechanisms
The robot connects with fixtures, assembly stations,
and process equipment through supporting positioning mechanisms,
enabling accurate positioning during vehicle body receiving
and handover operations.
Diagonal Movement for Route Optimization
Omnidirectional movement allows the robot to move forward,
backward, laterally, and diagonally, helping shorten transportation
distances and optimize factory floor space.
Key Features
Flexible Production Operation
-
Shortens production line construction time without requiring
pre-embedded equipment or floor excavation, helping reduce
approximately 30% of construction costs.
-
Supports coordinated control of multiple AMRs
according to production system requirements.
-
Supports automatic adjustment of the lifting stroke
according to the operating height required at each process.
-
Each work group can connect with upper-level systems
and production line equipment for production data exchange.
Assembly Line Space Optimization
-
Optimizes equipment layout and enables continuous,
circulating operation on the assembly line.
-
Allows production routes to be configured according to
the factory layout and actual space conditions.
Mixed-Model Vehicle Production Support
-
Supports multiple devices in mixed-model production lines
and rapid switching between vehicle models with different wheelbases.
-
Automatically adjusts assembly tasks,
helping reduce inventory costs and semi-finished product storage space.
-
Supports safety signal interlocking with
process equipment within the production line.
Flexible and Easily Changeable Routes
-
Supports switching between navigation methods including
guidance tape, 2D barcode, L-SLAM, and V-SLAM
in a short period of time.
-
Allows the number of workstations to be adjusted
when the number of AMRs or production cycle changes.
-
Supports transportation of lightweight fixtures
along the assembly line.
-
Multiple operating speeds can be configured
according to the requirements of each production process.
High Maintainability
-
Core components are developed by Hikrobot,
have undergone durability testing, and use a modular design
to maintain high operational stability.
-
Supports continued operation solutions in the event of a failure;
the robot can be quickly removed from the production line
using dedicated transfer equipment.
-
Backup equipment can be provided to replace an individual unit
in the event of failure, helping minimize production downtime.
Pan Trading JSC – Smart Factory Robotics Solutions
Pan Trading JSC provides robotic automation solutions for factories
and internal logistics systems, including autonomous mobile robots
and industrial automation systems.
Our services include:
- Robot solution consultation
- Equipment demonstration
- System implementation
- Maintenance and technical support
Contact Us for Consultation
PAN TRADING JOINT STOCK COMPANY
📍 142 B2 Street, Sala Urban Area, An Khanh Ward, Ho Chi Minh City, Vietnam
📞 (+84) 28 3840 2222 - 0919 302 879
🌐 https://panrobotics.vn
📩 contact@pantrading.vn