500-1500L Compact Space-Saving Water Tank Blow Moulding Machine for Urban Small Factories

The HYBM-1500CF is a purpose-designed compact footprint extrusion blow moulding machine that addresses the growing demand from small and medium-sized tank manufacturers operating in urban industrial zones where factory floor space is at a premium.

With overall dimensions of just 5.5 meters by 2.4 meters and a total workshop area requirement of only 150 square meters including raw material storage and finished product staging zones, this machine occupies approximately 25% less floor area than a conventional 1500L-capacity blow moulding machine while maintaining a credible production capacity of 200kg/h HDPE throughput.

The machine is engineered for operation in mixed-use light industrial buildings common in cities such as Mumbai, Jakarta, Lagos, Nairobi, and Lima, where workshops may be located on upper floors of multi-story industrial buildings, alongside other businesses, or in residential-adjacent zones with strict noise ordinances.

The frame design incorporates an integrated vibration isolation system using elastomeric mounts at all ground contact points, and the hydraulic power unit is enclosed in a sound-attenuating cabinet that reduces the machine sound pressure level to 76 dB(A) at 1 meter, enabling compliance with urban noise regulations and allowing operation during extended hours without community disturbance.

Every subsystem is designed for access from the front and right side of the machine only, eliminating the requirement for rear and left side clearance that conventional machines demand for maintenance access. This enables the machine to be positioned against workshop walls or in corner locations, further maximizing productive space utilization.

• 25% Reduced Footprint: The machine achieves its compact 5.5m x 2.4m footprint through an integrated frame design that combines the hydraulic tank and oil cooler into the machine base weldment, a top-mounted accumulator head that eliminates the lateral space typically required for side-fed head configurations, and a vertically stacked electrical cabinet that mounts above the extruder motor housing rather than occupying separate floor space.
• Front and Right Side Access Design: All routine maintenance points, including hydraulic filters, lubrication grease nipples, barrel heater band connections, thermocouple access ports, and mold clamp adjustment points, are positioned for access from the front operator station or right side of the machine only. This single-aisle maintenance architecture eliminates the need for rear and left side clearance walkways, saving approximately 12 square meters of workshop floor area.
• Urban Noise Compliance: The hydraulic power unit is fully enclosed in a sound-attenuating cabinet lined with 50mm acoustic foam that achieves a 12 dB(A) insertion loss. The extruder barrel insulation blanket serves dual thermal and acoustic functions, reducing radiated noise from the barrel section by approximately 8 dB(A) compared to uninsulated barrel designs. Combined, these measures achieve a machine sound pressure level of 76 dB(A), meeting urban noise ordinances in most jurisdictions.
• Single-Phase Auxiliary Power Option: The machine control system can be optionally configured to draw auxiliary power from a standard single-phase 220V-240V supply while the main drive and heating circuits use the three-phase industrial supply. This enables pre-heating and control system operation during periods when the full three-phase supply may be unavailable due to utility load shedding schedules common in many developing-country urban areas.
• Multi-Story Installation Ready: The machine is designed for disassembly into lift-transportable modules, with the heaviest single module (the clamping unit) weighing under 6,500kg, enabling installation via standard 8,000kg-capacity goods elevators common in multi-story industrial buildings. Integrated lifting lugs and fork pockets on all modules eliminate the need for on-site crane access during installation.