The HYBM-500TS is a high-output twin-station extrusion blow moulding machine purpose-engineered for the Indian water tank market, which represents the world's second-largest consumer of blow-molded HDPE tanks with annual demand exceeding 250,000 tonnes of processed resin.

The 500-liter tank format dominates the Indian market, accounting for approximately 40% of total tank production by volume, driven by its position as the standard specification for individual household rooftop storage in both urban apartment buildings and rural dwelling units under government housing programs.

The twin-station architecture enables manufacturers to double their output from a single extruder investment, with Station A and Station B operating independently to produce 500L tanks at a combined rate of 24 to 30 units per hour.

Each station is controlled by its own PLC with independent cycle timing, enabling production to continue on one station while the other undergoes mold change or scheduled maintenance. The machine is pre-configured for the Indian standard 415V, 50Hz three-phase power supply with a ±15% input voltage tolerance that accommodates the voltage fluctuations common to Indian industrial power distribution networks without requiring external voltage stabilization equipment.

• Independent Twin-Station Architecture: Each clamping station operates autonomously with dedicated PLC control and HMI, enabling simultaneous production or independent production scheduling. This architecture delivers 60% higher output per square meter of factory floor area compared to operating two separate single-station machines.
• Indian Grid Voltage Resilience: The main electrical system incorporates an automatic voltage regulation circuit with ±15% input tolerance and phase-loss protection, ensuring reliable operation on Indian industrial grids where voltage can fluctuate between 350V and 475V during peak demand periods and phase failures are a documented operational risk.
• Hot-Runner Mold Compatibility: Both stations feature standardized hot-runner manifold interfaces with 6-zone temperature control per station, supporting multi-cavity 500L molds that eliminate sprue and runner scrap, reducing per-tank material consumption by approximately 0.6kg and saving over 4 tonnes of HDPE annually per shift.
• Parison Shuttle System: A high-speed linear parison transfer shuttle serviced by a shared 90mm extruder and 8-liter accumulator head traverses between stations in under 2.5 seconds, eliminating the capital expense of a second extruder while maintaining independent station cycle times.
• Indian Language HMI: The operator interface supports Hindi, Tamil, Telugu, Marathi, and English language options with pictogram-based navigation, enabling operation by personnel with varying literacy levels across India's linguistically diverse manufacturing workforce.