ATWY12-200-2-B Dual-Mast Aluminum Alloy Lifting Platform: A "Precise Lifting Tool" for 12m Mid-High Altitude Operations

12m Height Breakthrough: Covering Unreached Mid-High Altitude Areas

As a 12m-class lifting platform with a dual-mast design, the ATWY12-200-2-B is supported by high-strength aluminum alloy. Within its compact dimensions of 1.84×0.85×2.0m, it achieves the dual advantages of "height and flexibility" — its maximum working height of 12m expands the coverage by 20% compared to 10m-class platforms. It can reach the top of 12m-high ventilation ducts in factories, the nodes of 12m-high lighting trusses in stadiums, and even the inner side of top-level cargo positions in 12m-high warehouses, filling the gap in 12m mid-high altitude operations that require "narrow space + balance between light and heavy loads".

Compared to single-mast platforms of the same height, the dual-mast parallel force - bearing structure increases the stability at 12m height by 40%. Even when operating in a light breeze environment, the platform's shaking amplitude can be controlled within 5mm, providing reliable support for precise operations at 12m high altitude (such as lamp installation and pipe docking).

200kg Load Capacity + 1.5×0.63m Platform: Flexible Adaptation to Light and Heavy Load Scenarios

The 200kg rated load accurately matches the operation needs of "2 people + tools" — it can carry 2 technicians + a full set of equipment (such as a 15kg laser level, a 20kg electric wrench, and a 30kg spare parts box). It avoids the embarrassment that a 150kg platform "cannot carry enough" and is lighter than a 300kg heavy - duty platform. The 1.5×0.63m platform increases the operating space by 25% compared to the conventional 1.2m - wide platform. The 10cm - high anti - slip baffle at the edge can temporarily place tools, and with 4 built - in hooks (each with a load - bearing capacity of 10kg), it completely solves the problem of "no place to put tools" at 12m high altitude.

There are 2 fixed holes with a diameter of 10mm reserved at the bottom of the platform, through which light equipment (such as a small welding machine) can be fixed with bolts to prevent the equipment from shifting during lifting, which is particularly important for continuous operations at 12m height.

Dual-Mast "Stable but Not Clumsy" Design: The Mobile Wisdom of 730kg Self-Weight

The dual-mast main mast is made of 6061 - T6 aluminum alloy (tensile strength ≥280MPa) and is optimized through the "variable cross - section forming" process: the wall thickness of the bottom load - bearing section is 5mm (0.5mm more than that of the 10m class), and the top extension section is reduced to 3.5mm. This ensures that the deflection is ≤3mm when the 12m height bears a 200kg load, and controls the overall weight at 730kg — 15% lighter than the dual-mast heavy - duty platform of the same height.

With the ergonomic push - pull armrest, the towing resistance of a single person on a flat ground is ≤85N (equivalent to pulling a large suitcase). The 1.84m body width can easily pass through a 1.2m - wide workshop channel, and the 2.0m turning radius can flexibly turn in the gap between warehouse shelves, breaking the inherent perception that "12m height must be clumsy".

1.5kW Power Adaptation: Efficient Lifting Guarantee for 12m Height

The 1.5kW motor optimizes the hydraulic system for 12m height, with a lifting speed of 0.3m/s (it takes about 40 seconds to rise from the ground to 12m). The hydraulic impact during start and stop is ≤0.3MPa, avoiding the deviation of precision tools due to vibration. After 6 hours of high - frequency operation (lifting once every 15 minutes, with a 200kg load each time), the motor temperature rise is ≤45℃, and the body surface temperature is ≤50℃, which is suitable for 12m high - altitude maintenance in enclosed factories in summer.

The 220V power supply is compatible with optional 110V wide - range input, and can still operate stably in a workshop environment with a voltage fluctuation of ±10% without additional voltage stabilizing equipment. With the optional battery lifting model (12V/120Ah), it can get rid of the cable constraint, and the 5 - hour endurance can meet the 12m outdoor operations (such as street lamp installation and billboard maintenance).

Silent Movement + Floor Protection Design: The Detailed Advantages of Full - Scene Adaptation

The polyurethane tire adopts a "wide tread + arc shoulder" design (tread width 90mm, pattern depth 3mm), with a walking noise of ≤60dB, which does not disturb people when moving in quiet environments such as hospital outpatient buildings and school auditoriums. The tread is added with wear - resistant carbon black, and there is no obvious wear after 10000 meters of cumulative walking on cement ground and floor tiles. Moreover, the tire deformation is ≤5mm when bearing 200kg, which will not scratch the epoxy floor or leave marks.

The remote controller adopts a 2.4G anti - interference module, which still maintains a 12m control distance in metal shelves and equipment - dense areas, and supports "inching lifting" (accuracy ±3mm). The alignment error at 12m height can be controlled within 1cm, greatly improving the installation and maintenance efficiency.

Dual-Mast Exclusive Safety System: All - Dimensional Protection at 12m High Altitude

Anti - tilt stability upgrade: The level gauge adopts dual - axis monitoring (sampling frequency 20Hz). When the tilt exceeds 3°, it immediately triggers an acousto - optic alarm and dual - mast synchronous locking (single mast only locks on one side); After the hidden outrigger is unfolded, the support span is 2.0×1.8m, and the ground pressure is ≤0.25MPa. Under the 200kg load at 12m height, it can resist slight unevenness of the ground (height difference ≤10mm) to avoid rollover risks.

Emergency descent guarantee: The emergency descent valve is upgraded with a "buffer damping" structure for 12m height. In case of power failure, the descent speed can be controlled through a knob (0.2 - 0.3m/s). With the manual pump backup system (the dual masts bear force evenly, and manual operation is easier), it can descend from 12m to the ground within 45 seconds, eliminating the hidden danger of high - altitude detention.

Dual protection barriers: The 1.2m high lifting guardrail and chain protection form a closed space, and the distance between the guardrails is ≤15cm to prevent personnel from accidentally leaning out at 12m high altitude; Anti - slip ridges (5mm high) are set at the edge of the platform to avoid slipping during operation in rainy days.

Core Scenarios: The Irreplaceable Value of 12m Height

12m maintenance of industrial plants: The 0.85m width of the dual masts passes through the 1m wide channel of the workshop, inspects the top of the ventilation duct at 12m height, and carries sealant + testing instruments with a 200kg load to complete docking and testing in one operation;

12m maintenance of cultural and sports venues: Under the 12m high lighting truss of the gymnasium, the platform height is adjusted by remote control to avoid occupying the site by building scaffolding, and the polyurethane tire protects the wooden floor of the venue;

12m restocking of logistics warehouses: The dual - mast design flexibly shuttles through the gaps between shelves, arranges the top - level cargo positions at 12m height, and the 200kg load can carry 4 standard cartons at one time, reducing up and down trips;

12m municipal installation: In the construction of 12m high bus stop canopies, the battery model gets rid of the constraint of the mains power, and the dual - mast stability copes with the outdoor breeze, with the platform shaking ≤6mm.

Product Positioning: The "Lifting Benchmark" for 12m Mid-High Altitude Narrow Spaces

With the core advantages of "12m height + 200kg load capacity + 0.85m narrow body", the ATWY12-200-2-B dual-mast aluminum alloy lifting platform redefines the 12m mid-high altitude operation standard. It not only solves the problem that 10m-class platforms "cannot reach", but also is more flexible than 15m-class heavy-duty platforms, turning the narrow space operation at 12m high altitude from a "difficult task" into an "efficient and standardized operation", and becoming the first choice for 12m operations in industrial, cultural, sports, logistics and other fields.