IHBULL - The Ihress Company
About us
Autonomous industrial robots to optimize your plant's intralogistics. Automate internal transport, reduce operating costs, and improve production efficiency with industrial robots designed for real-world environments. At iHBull, we develop mobile robotics solutions that adapt to your workflow, not the other way around. Redefine your production line's workflow. Intralogistics automation is key to increasing productivity, reducing errors, and gaining a competitive edge. Our industrial robots allow for the intelligent, scalable, and safe integration of internal transport, adapting to any type of industry. Industrial robotics designed to maximize your productivity. At iHBull, we develop autonomous industrial robots that transform intralogistics into an efficient, safe, and controlled process. We support companies throughout the entire process, from initial analysis to final implementation.
Products & services
Model iHB-LF
iHB-LF Mobile Robot with Underlift Fork for Autonomous Transport. The iHB-LF model from iBull is an autonomous forklift designed to automate the internal transport of materials between warehouse, production, and shipping areas, without requiring modifications to the existing operating environment. The iHB-LF belongs to iBull's series of forklift-type mobile robots, developed to handle the transport of raw materials, semi-finished products, and finished goods within dynamic industrial environments. Thanks to its underlift fork system, the iHB-LF robot can pick up and move loads directly from the floor or compatible racking, automating the flow of materials between warehouses, production lines, buffer zones, and shipping areas. It uses SLAM navigation technology to map the environment, locate itself, and autonomously plan routes based on the natural features of the workspace. It requires no installation of rails, markers, or modifications to existing infrastructure, enabling quick and flexible integration even in changing industrial environments or those with high traffic of people and equipment.
Model iHB-05
The Latent Series Robot is a modern intelligent warehousing and transportation robot developed by iHBull. It relies on autonomous navigation mode, is compact and flexible, has high precision and fast speed, and supports WIFI and 5G network communication, operating seamlessly within network coverage areas. Featuring autonomous route planning, 360º rotation, and other powerful functions. iHBull Latent Mobile Robots, equipped with a rotating lifting system, can transport shelves with goods from the storage area to designated locations, greatly improving material handling efficiency and reducing labor costs. Application Scenarios Applicable in 3C, Express Delivery, E-commerce, Automotive, Manufacturing, Pharmaceutical, Tobacco, Food and Beverage Industries, for Tasks Including Shelf Handling, Raw Material/Semi-finished Product Handling, Parts Receipt and Dispatch, Material Transfer, and Other Production and Logistics Stages.
Model iHB-08
iHB-08 Autonomous Mobile Latent Robot for Advanced Intralogistics. The iHB-08 mobile latent robot from iHBull is an advanced intralogistics robotics solution designed to automate the storage and internal transport of materials in complex industrial environments, combining autonomy, safety, and high operational performance. Intelligent Intralogistics Automation for Demanding Environments. The iHB-08 is part of iHBull's range of mobile latent robots developed to improve the efficiency of internal transport in industrial plants with multiple material flows. Its compact and flexible architecture allows for effective integration into various production layouts. Thanks to its rotary lifting system, the iHB-08 mobile latent robot can move shelves of goods from storage areas to defined production or shipping points, reducing operating times and optimizing material handling continuously and precisely. Autonomous Navigation and Intelligent Energy Management. The iHB-08 latent robot operates using advanced autonomous positioning and navigation systems, integrating technologies such as QR codes, laser SLAM, and texture navigation. This allows it to move precisely in dynamic environments and adapt to changes in the industrial setting. It incorporates intelligent energy management with multi-level control of battery thresholds, activating autonomous charging when the energy level is low and automatically resuming tasks once recharging is complete, ensuring stable and efficient operation.