Appearance Design & Development
Custom robot appearance and structure design per customer scenario and brand needs — both aesthetic and practical.
Full coverage from design, hardware, software and platform to production, assembly, testing, transport, installation and after-sales — we handle all robot technology and manufacturing.
We handle the robot hardware, software and manufacturing so customers can focus on their business and stay competitive.

One-stop service from design and development to production and delivery.
Custom robot appearance and structure design per customer scenario and brand needs — both aesthetic and practical.
Complete structure design, component selection and integration using in-house parts and a self-built supply chain.
Hardware design and integration of chassis, sensors and joint modules, supporting multi-line LiDAR navigation chassis.
Robot software and AI platform development with multimodal LLM integration, navigation and secondary development APIs.
Robot production, assembly and testing — from prototype validation to mass manufacturing with modular design.
Full-cycle transport, installation and after-sales service for long-term stable operation.
Case studies include welcome/guide robots, disinfection robots, medical robots, delivery robots, home-service robots, bionic robots, patrol/inspection robots and firefighting robots.
For hospital wards, operating rooms, sterile labs and factories — disinfection robot chassis using UV, atomization, pulsed xenon light and hydrogen peroxide disinfection.




Data center inspection — detecting temperature anomalies, equipment status and fire control.
Mall and building security patrols detect anomalies and hazards early.
Core mobile chassis for ODM robots, supporting multiple robot forms.
3D multi-line LiDAR navigation chassis with spatial perception and obstacle avoidance — eliminates single-line LiDAR, depth cameras, ultrasonic and drop sensors; available as differential or omnidirectional chassis. One multi-line LiDAR navigates smoothly over overhangs, narrow aisles and low obstacles.;Optional dual front/rear LiDAR + depth camera + ultrasonic array for 360° blind-spot-free perception; ≥10h no-load / 6h full-load battery life; ROS interface available.
For humanoid, cleaning, delivery, reception and inspection robots, the 3D multi-line LiDAR can be inverted on top of the robot for a higher, farther and unobstructed 3D field of view.
Mounted on top of the robot, it looks over desks, stacks and crowds; a 360° horizontal scan is not blocked by the body, detecting obstacles early at long range.
High top mounting with 32/64/128-line LiDAR reaches 40–60 m, enabling early slow-down and detour in large spaces, factories and parking lots.
Outputs a full 3D point cloud; overhead pipes, low obstacles, glass doors and step edges are all detected, supporting 3D navigation and semantic avoidance.
The top LiDAR is IP65 (dust- and water-spray protected); the whole robot is IP54, suited for malls, factories, underground garages and other demanding commercial environments.
| LiDAR Lines | 32 / 64 / 128-line multi-line LiDAR selectable |
|---|---|
| Detection Range | 40 ~ 60 m |
| Localization Accuracy | Coarse: ±5 cm; precise: ±2 cm |
| Localization, Navigation & Avoidance | 3D multi-line LiDAR localization, navigation and avoidance; supports 3D point-cloud avoidance |
| Battery Life | No load ≥ 10 h; full load 6 h |
| Climbing | 15° |
| Obstacle Crossing | 2 cm |
| Min. Aisle Width | 56 cm |
| Robot Protection | IP54 |
| LiDAR Protection | IP65 |
| E-Stop | E-stop button supported |
| Environment Integration | Supports automatic doors and elevators |
From perception and navigation to motion control and task decision-making, a complete embodied AI stack enabling autonomous robot movement and operation.
LiDAR / visual SLAM, multi-sensor fusion, object detection & segmentation, 3D point-cloud processing.
Global & local path planning, costmaps, semantic navigation.
Pose control, trajectory & velocity optimization, trajectory tracking, motor control.
Embodied learning and intelligent decision-making for autonomous tasks in complex scenarios.
A single 3D multi-line LiDAR replaces stacked sensors, cutting cables, connectors and failure points for a simpler system.
Fewer failure points raise MTBF and lower service costs, keeping the robot stable over long-term operation.
No need to run multi-modal fusion at once; lower main-controller compute load, less heat and power draw.
Lower sensor and compute overhead benefits battery life: ≥10 h no load, 6 h full load.
Years of accumulated Tbot platform R&D across multiple product generations — mature, stable and battle-tested.
Technology nurtured from university research — a solid engineering foundation with continuous innovation.
Deep partnership with a major robot OEM: standardized lines, strict QC, reliable delivery from prototype to volume.
Served by a dedicated professional robot after-sales service company with a complete team and clear split across R&D, production and service.
Real-time response, fast diagnosis and fix to keep robots running continuously.
A complete service network and spare-parts support so customers can buy and operate with confidence.
Standard models 15–25 days · Custom ODM 45–60 days · MOQ 1 unit
Pick your chassis in 3 minutes →View full warranty policy and response SLA →
One-stop customization of appearance, structure, hardware, software and platform — from prototype validation to mass production.