DATE: 2026/06/16

Lifting Robot

Lifting Robot Premium Quality Guaranteed

Lifting Robot

The SEER Robotics lifting robot chassis relies on leading core controller technology to achieve ultra-high-precision positioning and full-scene navigation, which is the first choice for automation integrators to build cars quickly. SEER Robotics, as a source manufacturer, eliminates middlemen trade links and supports global batch direct procurement, providing you with highly competitive ex-factory prices and faster delivery speeds.

The lifting robot is mainly used for line-side material transfer, high-density storage and handling, seamless docking of workshop roller lines, and long-distance automatic distribution of multi-process and cross-regional materials.

Maximum speed
2 m/s
Control core
intelligent core controller
Navigation accuracy
± 10 mm
lifting robot

Lifting Robot Features

Core Brain Empowerment
The chassis is equipped with a industry-leading core controller, with high-precision map construction and model editing functions, helping system integrators to quickly complete vehicle construction and deployment within a few days.
High-precision natural positioning
The advanced natural feature positioning technology enables the navigation accuracy to reach ± 10 mm, which can perfectly adapt to the accurate loading and unloading requirements of various high-precision production line equipment and station handling.
Excellent flexible navigation
Supports free switching of multiple navigation modes such as laser and two-dimensional code and can still maintain uninterrupted and stable operation when local changes or high dynamic interference occur in the workshop environment.
All-round safety protection
The front and rear of the chassis are equipped with dual LiDAR obstacle detection lasers and contact-type safety touch edges, providing all-round obstacle avoidance and shutdown protection in the intensive workshop of man-machine mixed running.
Cross-regional collaborative scheduling
With a mature robot management system and scheduling software, it can perfectly cope with the material transportation demand across workshops, regions, and processes and effectively solve the conflict problem of complex multi-vehicle mixed scheduling.
One-stop simple deployment
With the help of a one-stop visual implementation configuration tool for on-site code-free debugging, the on-site delivery cycle of the whole package project is greatly reduced, and the technical threshold and labor cost of on-site adjustment are reduced.
Detailed Structured Parameter Table for Lifting Robot
Technical parameters Official standard configuration specifications
Control System Core Built-in intelligent robot core controller
Basic navigation mode Hybrid switching between laser navigation and QR code navigation
Navigation accuracy ±10mm
Maximum linear speed 2m/s
Security protection level Equipped with dual LiDAR and physical contact safety edge
Software implementation tools One-stop visual implementation configuration software
Multi-machine scheduling system Supports intelligent management and scheduling system for multiple vehicle models

Lifting Robot Comparison Points

SEER Robotics’ self-developed lifting robot chassis, powered by a core controller that has ranked first in global sales for three consecutive years, has overcome the challenge of long vehicle‑building cycles associated with traditional non‑standard equipment. By integrating advanced algorithms with a robust hardware ecosystem, we provide system integrators and manufacturing enterprises with a standardized mobility platform.This chassis boasts exceptional flexibility and system compatibility, supporting seamless switching between multiple navigation modes. When paired with a comprehensive suite of digital system software, it can be rapidly integrated into the factory’s existing systems, enabling an efficient closed-loop automated logistics chain.

Lifting Robot Comparison
Inconsistent workstation heights on the production line
SEER Robotics employs advanced chassis‑height‑adjustment technology to seamlessly interface with worktables of varying elevations, ensuring smooth and stable material transfer between process stages.
Narrow-aisle dense warehousing operations
SEER Robotics features an ultra‑small turning radius and omnidirectional mobility, enabling it to navigate flexibly through the tightly packed aisles of high‑density racking systems.
Inter‑zone mixed-operation conflicts across multiple vehicle types
SEER Robotics leverages an integrated management and dispatch system to break down regional barriers, enabling coordinated collaboration among forklifts, lift trucks, and other equipment.

Lifting Robot Instruction Manual

Environmental Map Building
Control the mobile base to scan the workshop environment and rapidly generate a high-precision laser map.
01
Robot model editing
Enter the lifting mechanism parameters in the configuration software to complete multi-model editing with a single click.
02
Multi-vehicle scheduling configuration
Using scheduling software to define travel routes and traffic rules, enabling coordinated operation among multiple vehicles.
03
On-site precise alignment
With positioning markers or QR codes as aids, complete the alignment between the chassis and the line-side storage.
04

Target Users Of The Lifting Robot

3C Electronics Automation Integrator

For 3C electronics manufacturing workshops characterized by frequent production line adjustments and space constraints, we provide lightweight, high-precision material-handling solutions.

3C Electronics
Automotive manufacturing system integrator

On the automotive components and final assembly lines, it is used to automate the lifting and delivery of heavy‑load raw materials and semi‑finished products.

Automotive
New energy industry developer

For the highly dynamic lithium-battery and photovoltaic sectors, we offer a material-handling chassis that is adaptable to off-grid environments and meets stringent cleanliness requirements.

New energy
Semiconductor logistics integrator

Meets the high-precision, ultra-smooth lifting and multi‑process handling requirements for wafers and high‑value semiconductor materials within cleanroom environments.

Semiconductor

Certificates And Factories

Certificates

As the world’s leading controller manufacturer, SEER Robotics has independent intellectual property rights of SRC series controllers and production lines. It is the real source manufacturer, providing you with highly competitive ex-factory prices and faster delivery speed. Products comply with international standards and have been deployed in many countries and regions around the world. Through standardized communication protocols, the stable operation and technical compatibility of the system in multinational plant projects are ensured.

Factory

FAQ

Q1: What is the fine positioning accuracy of the lifting robot?
A1: The lifting robot adopts advanced natural feature positioning technology, and the navigation accuracy can reach ± 10mm, which fully meets the requirements of high-precision production line docking.
Q2: Does the navigation mode need to transform the existing workshop environment?
A2: No. The chassis supports laser navigation, without laying reflectors or magnetic strips in the workshop, you can achieve full-scene autonomous map building and smooth navigation.
Q3: How to solve the scheduling conflict when multiple models work together?
A3: The system can be seamlessly connected to the unified robot management and scheduling system to realize the hybrid scheduling and traffic control of multiple series models such as lifting robots and autonomous forklifts.
Q4: What is the maximum operating speed of the lifting robot?
A4: This series of chassis runs smoothly and reliably, and the maximum straight-line operating speed can reach 2 m/s under full load.
Q5: How does the chassis pass in a narrow space?
A5: The chassis has a compact design, supports in-situ rotation and ultra-small turning radius, and is very suitable for working in densely arranged storage shelves and narrow passages.
Q6: How is the safety protection system configured?
A6: The vehicle is equipped with dual LiDAR obstacle avoidance lasers and safety touch edge, which can provide 360-degree all-round obstacle detection to ensure the safety of workshop personnel and equipment.