In the glass processing, building installation and industrial material handling industries, the COWEST TAT-1000 track lifting machine from Guangzhou Kexi Machinery Equipment Co., Ltd stands out as a multi-functional solution—serving as a high-performance suction cup lifting equipment, professional glass robot and precision glass installation robot. Engineered for all-terrain adaptability, flexible precision operation and reliable safety, this equipment meets the rigorous hoisting, handling and installation needs of glass panels, metal sheets and heavy cargo, becoming a trusted core tool for enterprises pursuing efficiency and precision in production and construction.
Core Advantages of COWEST TAT-1000 Track Lifting Machine
All-Terrain Track Drive for Stable Operation
As a high-performance track lifting machine, the TAT-1000 features continuous track driving wheels and automatic track leveling, adapting to a single track’s 320mm vertical and 400mm lateral height differences, with a 10° max auto-leveling slope and 15% uphill capability. It operates stably on sloped, uneven or muddy ground, moving freely in indoor narrow workshops and outdoor complex construction sites alike, laying a solid foundation for efficient lifting and glass installation robot work.
Precision Operation: Ideal Glass Robot & Glass Installation Robot
Designed as a dedicated glass robot and glass installation robot, the TAT-1000 realizes full-dimensional precise adjustment: 360° endless main body rotation and 360° arm rotation for dead-angle-free operation; 90° double-sided side turning, 100mm side shifting and 150mm up & down shifting for micro-positioning of glass; 0-120° tilting for adapting to vertical wall and inclined roof glass installation. A 300mm movable counterweight boosts stability during long-distance glass hoisting, avoiding shaking and damage, and greatly improving glass installation efficiency while reducing breakage rates.
Robust Suction Cup Lifting System: Reliable Suction Cup Lifting Equipment
As professional suction cup lifting equipment, the TAT-1000 is equipped with two 500*850mm high-strength suction cups and a dual vacuum system—double vacuum insurance for strong, continuous adsorption, preventing plate-shaped material falling during hoisting. The suction cup attachment supports a 1000kg max load, easily handling large glass and metal plates. It also offers optional forklift and winch attachments (1500kg max load each), enabling quick mode switching for glass, bulk goods and heavy parts, and maximizing equipment utilization with one machine for multiple uses.
Efficient Power & Intelligent Wireless Control
The TAT-1000 track lifting machine is powered by a 4kw driving motor and LFP 51.2V 300AH lithium battery, with a battery-plug-in dual power supply mode. Battery power enables wireless flexible operation, while plug-in power supports non-stop long-time work; a single charge delivers 6-8 hours of continuous operation, meeting daily industrial needs. Charging supports AC220V/110V~240V, suitable for cross-border and overseas projects. All functions (lifting, rotating, tilting, etc.) are fully electric-controlled, with wireless remote control allowing safe-distance operation of the glass robot and suction cup lifting equipment, ensuring precise control and avoiding on-site safety hazards.
Comprehensive Safety Protection for Lifting & Installation
Safety is paramount for the TAT-1000, especially as a glass robot handling fragile high-value glass. It features light and acoustic alert indications to remind surrounding personnel and avoid collisions; automatic upper arm leveling keeps hoisted materials balanced, preventing tilting and falling. The scientific load matching design adjusts capacity with arm extension (1000kg short, 700kg medium, 400kg long), avoiding overload. With a 3000kg selfweight and solid structure, it ensures stability during heavy load and high-altitude operation, eliminating tipping risks and protecting on-site personnel and property.
Key Technical Specifications
The TAT-1000’s superior performance as a track lifting machine, suction cup lifting equipment, glass robot and glass installation robot stems from rigorous technical design. It has a 1000kg max load (suction cup) and 1500kg (winch/forklift), a 6150mm max lifting height and 3000mm max horizontal outreach, covering all high and far hoisting points. Its core track performance includes automatic leveling and 15% uphill capability; the power system supports dual-mode supply and wide-voltage charging. With a compact minimum dimension of 267213772061mm, it balances small size and operational stability perfectly.
Versatile Application Scenarios
With all-terrain adaptability, precision operation and multi-attachment compatibility, the TAT-1000 is widely used across industries. As a glass installation robot and suction cup lifting equipment, it excels in glass processing/installation, realizing precise hoisting of curtain wall and industrial glass with zero-damage handling. As a track lifting machine, it hoists building and decorative materials on outdoor complex construction sites, handles bulk goods/heavy parts in warehouses/logistics centers, and completes precise installation/maintenance of large industrial equipment in narrow spaces—adapting to all industrial lifting and material handling needs.
Why Choose COWEST TAT-1000?
The COWEST TAT-1000 integrates the advantages of a track lifting machine, suction cup lifting equipment, glass robot and glass installation robot in one, with irreplaceable competitive edges over single-function lifting equipment. It realizes one-machine multi-use, reducing enterprise equipment costs; its all-terrain adaptability breaks terrain limitations for indoor/outdoor use; precision adjustment and multi-layer safety minimize material damage and on-site accidents; dual power supply and long working hours boost high-intensity production efficiency; its compact size enables flexible operation in narrow spaces. For glass processing, building installation and industrial material handling enterprises, it is a high-efficiency, cost-effective equipment that creates greater economic benefits by improving work efficiency and reducing material loss.