DTPPL is proud to offer a premium range of Semi-Automatic PET Blow Molding Machines and PET Stretch Blow Molding Machines, designed with a combination of pneumatic and hydro-pneumatic technologies. This combination ensures superior and efficient output. These advanced molding machines are ideal for producing a variety of containers, including mineral water jars ranging from 5 liters to 20 liters.

| SPECIFICATIONS | Unit | 800-900 bph |
| FORMING | ||
| Cavity Pitch | mm | 150 |
| Mould Thickness (max) | mm | 180 |
| Clamping Stroke (max) | mm | 200 |
| Stretching Stroke (max) | mm | 400 |
| No. of Cavity | Pcs | Two |
| Mould Plate width (max) | mm | 280 |
| PRODUCT | ||
| Product Height (max) | mm | 350 |
| Container Volume (Min/Max) | ml | 200 /2000 |
| Neck Outer Diameter | mm | 28 – 30 |
| Product Outer Diameter (Max) | mm | 95 |
| Theoretical Production | BPH | 800-900 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 9 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| Chiller 2 TR | Kw | 1.875 |
| Refrigerated Air Dryer | Kw | 0.75 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 57 x 22 x 90 |
| CONVEYOR (L x W x H) | Inches | 68 x 24 x 48 |
| SPECIFICATIONS | Unit | Semi Auto PP/PET Blow |
| FORMING | ||
| Cavity Pitch | mm | 130 |
| Mould Thickness (max) | mm | 180 |
| Clamping Stroke (max) | mm | 200 |
| Stretching Stroke (max) | mm | 450 |
| No. of Cavity | Pcs | Single/Two |
| Mould Plate width (max) | mm | 280 |
| PRODUCT | ||
| Product Height (max) | mm | 350 |
| Container Volume (Min/Max) | ml | 100 /2000 |
| Neck Outer Diameter | mm | 28 |
| Product Outer Diameter (Max) | mm | 95 |
| Theoretical Production (PP/PET) | BPH | 600/ 1100 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater (PP/PET) | Kw | 18/9 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| Chiller 2 TR | Kw | 1.875 |
| Refrigerated Air Dryer | Kw | 0.75 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 57 x 22 x 90 |
| CONVEYOR (L x W x H) | Inches | 68 x 24 x 48 |
| SPECIFICATIONS | Unit | 1100bph |
| FORMING | ||
| Cavity Pitch | mm | 130 |
| Mould Thickness (max) | mm | 180 |
| Clamping Stroke (max) | mm | 200 |
| Stretching Stroke (max) | mm | 450 |
| No. of Cavity | Pcs | Two |
| Mould Plate width (max) | mm | 280 |
| PRODUCT | ||
| Product Height (max) | mm | 350 |
| Container Volume (Min/Max) | ml | 100 /2000 |
| Neck Outer Diameter | mm | 28 |
| Product Outer Diameter (Max) | mm | 95 |
| Theoretical Production | BPH | 1100 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 9 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| Chiller 2 TR | Kw | 1.875 |
| Refrigerated Air Dryer | Kw | 0.75 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 57 x 22 x 90 |
| CONVEYOR (L x W x H) | Inches | 68 x 24 x 48 |
| SPECIFICATIONS | Unit | Semi Auto PP/PET Blow |
| FORMING | ||
| Cavity Pitch | mm | 130 |
| Mould Thickness (max) | mm | 180 |
| Clamping Stroke (max) | mm | 200 |
| Stretching Stroke (max) | mm | 450 |
| No. of Cavity | Pcs | Single/Two |
| Mould Plate width (max) | mm | 280 |
| PRODUCT | ||
| Product Height (max) | mm | 350 |
| Container Volume (Min/Max) | ml | 100 /2000 |
| Neck Outer Diameter | mm | 28 |
| Product Outer Diameter (Max) | mm | 95 |
| Theoretical Production (PP/PET) | BPH | 600/ 1100 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater (PP/PET) | Kw | 18/9 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| Chiller 2 TR | Kw | 1.875 |
| Refrigerated Air Dryer | Kw | 0.75 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 57 x 22 x 90 |
| CONVEYOR (L x W x H) | Inches | 68 x 24 x 48 |
| SPECIFICATIONS | Unit | Semi Auto 20ltr Jar Blow |
| FORMING | ||
| Mould Thickness (max) | mm | 350 |
| Clamping Stroke (max) | mm | 350 |
| Stretching Stroke (max) | mm | 550 |
| No. of Cavity | Pcs | Single |
| PRODUCT | ||
| Product Height (max) | mm | 520 |
| Container Volume (Min/Max) | ml | 20000 |
| Neck Outer Diameter | mm | 46 |
| Product Outer Diameter (Max) | mm | 300 |
| Theoretical Production | BPH | 75 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 33 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| LP Compressor | Kw | 7.5 |
| Chiller 3 TR | Kw | 2.625 |
| Refrigerated Air Dryer | Kw | 3 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 112 x 30 x 90 |
| CONVEYOR (L x W x H) | Inches | 102 x 27 x 82 |
| SPECIFICATIONS | Unit | 2200bph Two Blow Single Conveyor |
| FORMING | ||
| Cavity Pitch | mm | 130 |
| Mould Thickness (max) | mm | 180 |
| Clamping Stroke (max) | mm | 200 |
| Stretching Stroke (max) | mm | 450 |
| No. of Cavity | Pcs | Two |
| Mould Plate width (max) | mm | 280 |
| PRODUCT | ||
| Product Height (max) | mm | 350 |
| Container Volume (Min/Max) | ml | 100 /2000 |
| Neck Outer Diameter | mm | 28 |
| Product Outer Diameter (Max) | mm | 95 |
| Theoretical Production | BPH | 2200 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 18 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 30 |
| Chiller 3 TR | Kw | 2.625 |
| Refrigerated Air Dryer | Kw | 1.25 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
BLOW MACHINE (L x W x H) | Inches | 57 x 22 x 90 |
CONVEYOR (L x W x H) | Inches | 92 x 27 x 48 |
| SPECIFICATIONS | Unit | Semi Auto 20ltr Jar Blow |
| FORMING | ||
| Mould Thickness (max) | mm | 350 |
| Clamping Stroke (max) | mm | 350 |
| Stretching Stroke (max) | mm | 550 |
| No. of Cavity | Pcs | Single |
| PRODUCT | ||
| Product Height (max) | mm | 520 |
| Container Volume (Min/Max) | ml | 20000 |
| Neck Outer Diameter | mm | 46 |
| Product Outer Diameter (Max) | mm | 300 |
| Theoretical Production | BPH | 75 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 33 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| LP Compressor | Kw | 7.5 |
| Chiller 3 TR | Kw | 2.625 |
| Refrigerated Air Dryer | Kw | 3 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 112 x 30 x 90 |
| CONVEYOR (L x W x H) | Inches | 102 x 27 x 82 |
| SPECIFICATIONS | Unit | 2200bph Two Blow Single Conveyor |
| FORMING | ||
| Cavity Pitch | mm | 130 |
| Mould Thickness (max) | mm | 180 |
| Clamping Stroke (max) | mm | 200 |
| Stretching Stroke (max) | mm | 450 |
| No. of Cavity | Pcs | Two |
| Mould Plate width (max) | mm | 280 |
| PRODUCT | ||
| Product Height (max) | mm | 350 |
| Container Volume (Min/Max) | ml | 100 /2000 |
| Neck Outer Diameter | mm | 28 |
| Product Outer Diameter (Max) | mm | 95 |
| Theoretical Production | BPH | 2200 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 18 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 30 |
| Chiller 3 TR | Kw | 2.625 |
| Refrigerated Air Dryer | Kw | 1.25 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
BLOW MACHINE (L x W x H) | Inches | 57 x 22 x 90 |
CONVEYOR (L x W x H) | Inches | 92 x 27 x 48 |
| SPECIFICATIONS | Unit | Semi Auto 20ltr Jar Blow |
| FORMING | ||
| Mould Thickness (max) | mm | 350 |
| Clamping Stroke (max) | mm | 350 |
| Stretching Stroke (max) | mm | 550 |
| No. of Cavity | Pcs | Single |
| PRODUCT | ||
| Product Height (max) | mm | 520 |
| Container Volume (Min/Max) | ml | 20000 |
| Neck Outer Diameter | mm | 46 |
| Product Outer Diameter (Max) | mm | 300 |
| Theoretical Production | BPH | 75 |
| POWER- 3 Phase,415V | ||
| FOR BLOWING MACHINE | ||
| Heater | Kw | 33 |
| Conveyor Motor | Kw | 1 |
| Preform Rotation Motor | Kw | 0.375 |
| FOR ACCESSORIES | ||
| HP Compressor | Kw | 15 |
| LP Compressor | Kw | 7.5 |
| Chiller 3 TR | Kw | 2.625 |
| Refrigerated Air Dryer | Kw | 3 |
| Operation Air Pressure | Kg/cm2 | 8 |
| Blowing Air Pressure | Kg /cm2 | 25 |
| DIMENSION | ||
| BLOW MACHINE (L x W x H) | Inches | 112 x 30 x 90 |
| CONVEYOR (L x W x H) | Inches | 102 x 27 x 82 |
At DTPPL, we take pride in offering a premium selection of semi-automatic PET blow molding machines that stand out for their quality and efficiency. Our machines are designed to meet the diverse needs of industries requiring precise and reliable blow molding solutions. With advanced pneumatic and hydro-pneumatic technologies integrated into our machines, we ensure that our clients receive superior performance and faster output. As a leading Semi Auto Blow Moulding Machine Manufacturer, Exporter, and Supplier, DTPPL is committed to delivering products that exceed industry standards.
Our Semi-Automatic PET Blow Molding Machines are engineered to provide exceptional performance while maintaining ease of use. The semi-automatic functionality allows for precise control over the molding process, ensuring that every product meets the highest quality standards. These machines are perfect for producing PET bottles and containers with varying capacities, making them a versatile choice for a wide range of applications. By combining pneumatic and hydro-pneumatic systems, our blow molding machines offer both speed and accuracy, optimizing production efficiency and reducing operational costs.
Choosing DTPPL as your Semi Auto PET Blow Molding Machine supplier means opting for top-notch quality and innovation. Our machines are crafted with precision and designed to meet the evolving needs of the blow molding industry. As a prominent Semi Automatic Blow Moulding Machine Manufacturer, we prioritize your production needs by offering machines that not only enhance productivity but also ensure excellent product quality. With our semi-automatic PET Blow Molding machines, you can expect reliable performance and a substantial return on investment, thanks to their efficiency and durability.
By selecting DTPPL, you’re investing in a solution that combines advanced technology with practical functionality, ensuring that your manufacturing process is streamlined and cost-effective. Explore our range of semi-automatic PET blow molding machines today and experience the difference in quality and efficiency that only DTPPL can provide.
Capacity: 1100 BPH to 1200 BPH (2 Cavity)
Capacity: 2200 BPH to 2400 BPH (4 Cavity)
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The FREEZE BOTTLE 800-900 BPH is specifically engineered for high-precision blowing of small to medium-sized containers, typically around 500ml. Its output of up to 900 bottles per hour is highly dependent on operator performance and consistent preform quality. For specific pricing on this compact model, contact Dharmanandan Techno Project Pvt. Ltd. (DTPPL).
Yes, the PP/PET semi-automatic PET blow moulding machine is a versatile hybrid unit capable of processing both Polypropylene and PET resins. This adaptability is vital for industries like pharmaceuticals and cosmetics where material flexibility is often required for different product lines.
The AUTO DROPPING 1100 BPH model features a pneumatic ejection system that automatically releases finished bottles into a collection chute. This “auto drop” feature reduces manual handling, minimizes contamination risks, and ensures a steady production rate of approximately 1100 bottles per hour.
The Semi Auto 20ltr Jar Blow machine requires a robust auxiliary setup, including a high-pressure air compressor (minimum 25-30 bar) and an intensive infrared preheating system to handle thick 20L preforms. Due to the heavy nature of the finished product, it usually features a single-cavity design to maintain structural integrity.
The Semi Auto 2200BPH Two Blow Single Conveyor machine utilizes a high-speed dual-cavity blowing system synchronized with a single output conveyor. It is capable of reaching 2200 bottles per hour for 300ml sizes, making it a high-performance choice for the carbonated soft drink and juice industries.
The Semi Auto 5ltr Jar Blow machine is widely used in the edible oil and food processing sectors for bulk packaging. Its design allows for blowing wide-mouth jars and larger handle-style bottles that are common in industrial kitchen supplies.
A standard industrial setup consists of a main blowing unit, a separate infrared (IR) preform heating oven, an air compressor, an air dryer, and a water chiller for mold cooling.
Operators must perform daily cleaning of molds, weekly checks of pneumatic lines for leaks, and monthly lubrication of all moving parts such as mold opening and closing guide rails. For customized maintenance plans and spare parts support, contact Dharmanandan Techno Project Pvt. Ltd. (DTPPL).
Yes, entrepreneurs can avail themselves of government subsidies like the PMEGP (Prime Minister’s Employment Generation Program), which can cover 15%–35% of the project cost. Schemes like the CLCSS (Credit Linked Capital Subsidy Scheme) also provide up to 15% subsidy on institutional finance for technology upgradation.
There is surging demand in emerging markets like Africa and Southeast Asia for compact, affordable systems like the Semi Auto 5ltr Jar Blow. These regions prioritize machines that offer a balance between manual control and high-speed output to serve growing beverage sectors.
What is the maximum container volume (e.g., up to 2L or 20L)?
Yes, these machines can be adapted to produce hot-fill bottles by using specific heat-set molds and specialized heating profiles in the IR oven to ensure the PET can withstand high temperatures.
Surat, Ahmedabad (Gujarat) is a primary manufacturing and export hub, with leading companies like Dharmanandan Techno Project Pvt. Ltd. (DTPPL) serving clients across India and internationally.
Infrared lamps provide uniform and controlled preheating, ensuring constant wall thickness and high transparency in the final bottle. This precision prevents defects like uneven expansion or weak points in the container.
It requires a specialized three-phase power source and high-pressure air supply capable of delivering 20-30 bar of pressure for large jar formation.
By using advanced PLC-based systems and energy-efficient IR heaters, this machine can achieve up to 30% power saving compared to older models.
Manufacturers should look for machines that are CE and ISO 9001 certified to ensure compliance with international quality and safety standards for the USA, Europe, and Australia.
Generally, 1 to 2 trained operators are sufficient to handle preform loading and bottle unloading for a semi-automatic setup.
Installation and commissioning usually take 1 to 2 weeks, depending on the availability of utilities and site readiness.
The final cost is influenced by the number of cavities, the complexity of bottle designs (custom molds), and the required auxiliary equipment. For a complete turnkey project quote, please reach out to Dharmanandan Techno Project Pvt. Ltd. (DTPPL).