CASBOT

Introduction / Overview

CASBOT (Lingbao CASBOT / Zhongke Huiling, Beijing, founded 2023) chose the two proving grounds no other humanoid company wanted: the electronics bench and the mine shaft. While rivals raced to automotive floors, CASBOT became the first core partner of Lenovo's Fire Seed Project (September 2024), deploying its humanoids inside Lenovo's intelligent notebook-manufacturing factory for precise micro-assembly — the small-batch, high-mix electronics work traditional industrial robots cannot flex to, where compliant force control and two-handed coordination (gripping, flipping, placing) decide success. Then it went deeper — literally: in-depth cooperation with Zhaojin Group, Sinomine Resource Group, and CITIC Heavy Industries, mining and heavy-industry leaders, including the establishment of a dedicated embodied-intelligence company targeting underground mine robots and comprehensive mine safety inspection — special humanoids for the scenarios where headcount is hardest to justify sending. The strategy has been funded on results: a ~RMB 100 million round in June 2025 followed by a nearly RMB 100 million angel+ round (Lens Technology, Tianjin Jiayi, with SDIC Venture Capital returning) closed after winning orders from industrial and mineral-energy leaders.

The flagship is CASBOT 01, nicknamed "Wednesday" and unveiled at CES 2025: a full-size biped at 1.79 m and 60 kg with 52 degrees of freedom, 550 TOPS of computing power, and over four hours of continuous operation — built on a self-developed high-efficiency joint system, dynamic force control, robust impact-resistant construction for harsh industrial and mining settings, and five-finger dexterous hands replicating human coordination. The CASBOT 02 extends the family toward commercial service with multi-modal interaction — microphone arrays, voiceprint recognition, and facial tracking. The technical spine is co-founder Zhang Miao's signature "hierarchical end-to-end + reinforcement-learning post-training" architecture: task decomposition's logical rigor plus RL's dynamic evolution, forming a perception-to-execution closed loop robust enough for industrial quality inspection and underground operation, running across real-time force/torque control, high-frequency joint communication, and edge-cloud interplay. With a standardized modular product line rolling out for education and commercial services, CASBOT is the humanoid company proving itself where the work is smallest — and where it's deepest.

Design and Features

CASBOT 01 "Wednesday" — The Full-Size Flagship

• Human-scale, compute-heavy — 1.79 m, 60 kg, 52 DoF, and 550 TOPS onboard: real-time perception-plus-motion at the articulation level of the field's leaders.
• A working day per charge — 4+ hours of continuous operation supporting genuine shift contribution.
• Self-developed joints, dynamic force control — the high-efficiency joint system and compliant force capability behind precision operation and safe human-adjacent work.
• Built for abuse — robust materials and impact resistance specified for dynamic industrial and mining environments, not showroom floors.
• Five-finger dexterity — human-coordination hands enabling the two-handed grip-flip-place sequences quality inspection demands.

The Lenovo Deployment — Precision as Positioning

CASBOT's opening act was deliberately the hardest manipulation market: notebook manufacturing — micro-assembly at electronics tolerances in flexible small-batch lines, deployed under the Fire Seed Project with compliant force control raising line automation. Where automotive humanoids move boxes, Wednesday places components — a precision credential no payload spec substitutes for.

The Mining Frontier — Humanoids Underground

• Leader-grade partnerships — Zhaojin (gold mining), Sinomine (mineral resources), CITIC Heavy Industries: co-developing special humanoids for underground operation and comprehensive mine safety inspection through a dedicated joint embodied-intelligence company.
• Why mines — concentrated scenarios, acute labor risk, and customers with energy-consumption optimization needs CASBOT's team knows from years in the sector: the demand-driven vertical strategy in its purest form.
• Order-backed — the funding round that followed was raised on won orders from these industrial and mineral-energy leaders, not projections.

CASBOT 02 — The Interaction Variant

The commercial-service sibling adding multi-modal engagement: microphone arrays, voiceprint recognition, and facial tracking atop the shared platform — the front-of-house face of the family.

The Architecture — Hierarchical + RL

The hierarchical end-to-end model with reinforcement-learning post-training: task decomposition retained for logical rigor, RL added for dynamic evolution — a full-chain perception-to-execution loop engineered for the robustness thresholds of quality inspection and underground work, on real-time force/torque control, high-frequency joint communication, and cloud-edge coordination. Industrial deployments double as data engines: semi-structured operational data feeding continuous model refinement in an iterative deploy-feedback-improve cycle.

The Standardized Line

Modular-architecture products for education and commercial services enabling rapid deployment and flexible adaptation — the volume complement to the special-scenario flagships, aimed at scaling production and lowering unit costs.

Technology and Specifications

Representative Specifications — CASBOT 01

Height 1.79 m; weight 60 kg; 52 degrees of freedom; 550 TOPS computing; 4+ hours continuous operation; self-developed high-efficiency joint system; dynamic/compliant force control; five-finger dexterous hands; RGB-D vision, IMUs, microphone array (voiceprint recognition and facial tracking on 02); impact-resistant construction; hierarchical end-to-end + RL architecture with edge-cloud computing. Confirm current datasheets before specifying — the platform is in early commercial deployment and iterating, and datasheets are available on request.

Why Electronics-First Beats Automotive-First

Laptop assembly tolerances are an order harder than tote handling — which means a humanoid proven at micro-assembly generalizes down to logistics, while the reverse is unproven. CASBOT's Lenovo-first sequencing builds the precision moat before scaling volume, with the L3–L4 autonomy level advancing on real factory data.

Position in the Market

Among your industrial humanoids, CASBOT stakes two poles nobody else holds: electronics micro-assembly (vs. Kepler's logistics endurance and Walker S2's automotive breadth) and underground mining — a vertical with no humanoid competitor in your catalog and buyers (mining safety departments) with mandated automation budgets.

Applications and Use Cases

Electronics Manufacturing

The proven lane: micro-assembly and dual-handed quality inspection across small-batch, high-mix lines — the flexible manufacturing traditional robots can't serve.

Mining and Mineral Energy

Underground operations and comprehensive safety inspection with Zhaojin, Sinomine, and CITIC Heavy Industries — special humanoids for the industry's most dangerous headcount.

Industrial Quality Inspection

Coordinated two-handed grip-flip-place inspection at force-controlled precision.

Commercial Services

CASBOT 02's voiceprint-and-vision interaction serving reception, guidance, and engagement scenarios.

Education and Research

The standardized modular line bringing the platform to institutional programs, alongside aviation, navigation, and emergency-rescue development scenarios.

Advantages / Benefits

• The precision credential — humanoid micro-assembly inside a Lenovo factory: the hardest manipulation market, entered first.
• The mining monopoly position — the only humanoid program co-developed with mining-industry leaders, order-backed.
• Flagship-grade hardware — 52 DoF, 550 TOPS, self-developed joints, and 4+ hour endurance in an impact-resistant frame.
• An architecture built for robustness — hierarchical decomposition plus RL evolution, closed-loop from perception to execution.
• Demand-driven commercialization — funding raised on won orders from industrial and mineral-energy leaders.
• A scaling path — standardized modular products spreading costs across education and commercial volume.

For buyers researching where to buy CASBOT robots, or comparing CASBOT 01 and 02 prices and costs against Kepler, Walker S2, and other industrial humanoids, the evaluation should weigh precision evidence, vertical partnerships, force-control maturity, architecture robustness, and deployment stage — the dimensions where CASBOT's hard-scenario strategy leads.

FAQ

What is CASBOT?

CASBOT (Lingbao CASBOT / Zhongke Huiling) is a Beijing humanoid robotics company founded in 2023, maker of the CASBOT 01 "Wednesday" and CASBOT 02 — deployed in Lenovo's notebook factory as the Fire Seed Project's first core partner, and partnered with Zhaojin, Sinomine, and CITIC Heavy Industries on underground mining humanoids, with roughly RMB 200 million raised across 2025–26 rounds.

What is the CASBOT 01?

The CASBOT 01, nicknamed "Wednesday," is a full-size bipedal humanoid: 1.79 m, 60 kg, 52 degrees of freedom, 550 TOPS of computing, over four hours of continuous operation, self-developed high-efficiency joints, dynamic force control, five-finger dexterous hands, and impact-resistant construction for industrial and mining environments.

What does CASBOT do at Lenovo?

As the first core partner of Lenovo's Fire Seed Project, CASBOT humanoids work inside Lenovo's intelligent notebook-manufacturing factory performing precise micro-assembly — compliant force-controlled electronics tasks in flexible small-batch production that traditional industrial robots cannot manage.

Is CASBOT really building mining robots?

Yes — through in-depth cooperation with mining and heavy-industry leaders Zhaojin Group, Sinomine Resource Group, and CITIC Heavy Industries, including a dedicated embodied-intelligence company for underground mine robots and comprehensive mine safety inspection, with orders already won.

What is the CASBOT 02?

The CASBOT 02 is the commercial-service variant adding multi-modal interaction — microphone arrays, voiceprint recognition, and facial tracking — for reception, guidance, and engagement roles on the shared platform.

What is CASBOT's technical architecture?

A "hierarchical end-to-end + reinforcement-learning post-training" design: hierarchical task decomposition for logical rigor plus RL for dynamic evolution, forming a perception-to-execution closed loop over real-time force/torque control, high-frequency joint communication, and edge-cloud computing — engineered for quality-inspection and underground robustness.

Why is CASBOT important?

CASBOT proved humanoids where proof is hardest: electronics-tolerance assembly in a live Lenovo factory and order-backed development for underground mines — precision and danger, the two frontiers volume-focused rivals defer.

How much does a CASBOT robot cost?

The platforms sit in the professional industrial-humanoid tier, in early commercial deployment with configurations quoted by scenario. Contact a distributor for current pricing, deployment planning, datasheets, and delivery timelines for your region.

Summary

CASBOT skipped the humanoid industry's comfortable middle and claimed its extremes: Wednesday's five-fingered hands placing notebook components to electronics tolerances inside Lenovo's factory, and development contracts with Zhaojin, Sinomine, and CITIC Heavy Industries sending the same platform toward mine shafts — 52 degrees of freedom, 550 TOPS, and four-hour endurance wrapped in impact-resistant hardware, run by an architecture that decomposes tasks like an engineer and evolves like a learner. Funded on won orders and scaling through a standardized modular line, CASBOT is the humanoid company for the jobs that are too fine or too dangerous. For anyone looking to buy a CASBOT 01 or 02, compare their costs against Kepler, Walker S2, and other industrial humanoids, or plan an electronics, mining, inspection, or service deployment, this guide provides the essential foundation.