Dedicated Front & Rear Handle Bottle Platform

The JS-2CB152 is purpose-engineered for integrated-handle PET oil bottles — with front-handle and rear-handle mold configurations available on the same machine base. The 128-position heating carousel provides the extended preform conditioning time required for consistent handle-zone inflation across all 10 blow positions.

Centralised Heating Distributed Blow — Large Format

JS-2C200 and J-2C366 use a centralised-heating distributed-blow system purpose-built for 5–22 litre heavy-wall oil containers. The decoupled 128-position heating carousel eliminates the throughput penalty of standard conveyor-oven machines on large-format preforms — achieving commercially viable 700–1,000 bph at container sizes that standard machines cannot economically produce.

PET Superiority for Edible Oil Packaging

Biaxially oriented PET provides superior oxygen barrier versus HDPE — extending oxidative shelf life of cooking oils by slowing rancidity development. Crystal clarity enables consumers to verify oil colour and clarity before purchase. 30–40% weight saving versus glass at equivalent structural performance reduces shipping costs across high-volume edible oil distribution.

Up to 35% Energy Saving — Servo Drive

Full-series servo-electric mold clamping eliminates hydraulic circuits, reducing energy cost per 1,000 containers by up to 35% versus pneumatic-cam alternatives. For large-format oil container production where heating power is already significant, servo drive delivers meaningful utility savings across extended production campaigns.

Top-Load Stability for Filled-Bottle Stacking

Per-cavity servo stretch-rod control maintains consistent base-panel geometry and shoulder-panel wall thickness — the two critical factors determining top-load crush resistance in filled-bottle pallet stacking. Biaxial orientation delivers the creep resistance required for 5-litre and 10-litre edible oil bottles under sustained stacking loads in warehouse storage.

Complete Turnkey Supply

We supply blow molds (including handle-bottle molds with front/rear handle configurations), preform injection molds, industrial chillers, and oil-free compressor packages from a single source — ensuring food-grade compressed air compliance for direct-contact edible oil packaging and simplifying procurement for international buyers.

▶ ES Series — Standard Servo Edible Oil & Condiment Bottles (2 Cavity, PET)

3 models covering 1.5 L to 5 L. Standard servo two-step stretch blow molders for cooking oil, condiment, vinegar, and soy sauce bottle formats. Servo-electric drive, variable blowing pressure for different wall-weight targets.

Parameter / Unit	ES-2C130	ES-2C150	ES-2C200
Cavities	2	2	2
Max. Container Volume (ml)	1,500	2,500	5,000
Output (bph)	1,800	1,800	1,600
Max. Neck Diameter (mm)	98	110	138
Max. Body Diameter (mm)	110	130	180
Max. Container Height (mm)	250	250	350
Clamping Stroke (mm)	160	190	215
Mold-Open Distance (mm)	360	440	499
Stretching Stroke (mm)	350	450	500
Preform Holder	60	60	50
Max. Heating Power (kW)	42.5	42.5	85
Normal Heating Power (kW)	8–13	18	35
Blowing Pressure (kg/cm²)	26–35	26–35	30
HP Air Consumption (L/min)	1,000–1,500	1,000–1,500	6,000
Cooling Water Flow (L/min)	30	30	91.4
Machine Size L×W×H (mm)	3600×1800×1980	4290×1800×2220	4300×2100×2500
Machine Weight (kg)	3,000	3,500	4,500

▶ FS / JS / J Series — Handle Bottle & Large-Format Oil Container Specialists (2 Cavity)

4 models. Integrated heating carousel systems for handle bottles and large-capacity containers. FS-2C200 for 5 L small-mouth; JS-2CB152 for front/rear handle bottles; JS-2C200 for 5–18.9 L; J-2C366 for up to 22 L drums.

Parameter / Unit	FS-2C200 (5 L)	JS-2CB152 (Handle)	JS-2C200	J-2C366 (20 L)
Cavities	2	2	2	2
Special Feature	5 L small-mouth centralised heating	Front & rear handle 10 blow + 128 heat	Large-format 8 blow + 128 heat	20 L drum 8 blow + 128 heat
Max. Container Volume (ml)	5,000	3,000	5,000	22,000
Output (bph)	1,200	1,600	1,000	700
Max. Neck Diameter (mm)	50	46	58	90
Max. Body Diameter (mm)	180	140	180	300
Max. Container Height (mm)	330	330	340	480
Clamping Stroke (mm)	225	190	225	332
Stretching Stroke (mm)	500	450	450	620
Integrated Heating Buffer	76 preforms	128 preforms	128 preforms	128 preforms
Max. Heating Power (kW)	72	48	65	86
Normal Heating Power (kW)	24	12	26	45
Blowing Pressure (kg/cm²)	30	35	35	35
HP Air Consumption (L/min)	3,600	2,800	5,000	12,500
Cooling Water Flow (L/min)	60	30	91.4	120
Machine Size L×W×H (mm)	3450×2150×2290	4200×2100×2260	4100×2150×2350	4090×2660×3040
Machine Weight (kg)	3,500	3,000	2,500	7,000

🛠 Handle Bottle Mold Station

The JS-2CB152 handle bottle blow station is engineered with an extended mold-open stroke and a wider platen to accommodate front-handle and rear-handle mold geometries. Handle channel geometry is precision-machined with conformal cooling channels that solidify the handle web immediately after inflation — preventing handle deformation during de-moulding and ensuring dimensional stability of the grip geometry.

⚙ Servo-Electric Clamping

Toggle-link servo-electric clamping with no hydraulic fluid — eliminating contamination risk in food-grade edible oil production environments. Fast servo response enables the shorter cycle times achievable with lighter ES-series oil bottle formats while providing the sustained clamping force required for large-format JS-series container molds.

🛋 Integrated Heating Carousel

The FS, JS, and J series use a large-capacity heating carousel (76–128 preform positions) decoupled from the blow station cycle. Large-format edible oil preforms (5–22 litres) require 3–5× longer NIR heating dwell than standard 500 ml beverage preforms. The carousel provides this extended conditioning time without slowing the blow station — sustaining 700–1,200 bph at container sizes that standard conveyor-oven machines cannot economically produce.

🌡 Distributed Blow System

The centralised-heating distributed-blow architecture routes heated preforms from the carousel to the blow station via a servo-controlled transfer mechanism. Preform transfer timing is synchronised to the blow cycle to maintain consistent preform temperature at the blow station entry — preventing cycle-to-cycle temperature variation that causes weight and wall-thickness inconsistency in large-format containers.

🔓 Mold Materials

Blow mold cavities machined from high-strength aluminium alloy with 3D CAD conformal cooling channels. Handle bottle molds incorporate dedicated handle-channel insert designs for rapid switching between front-handle and rear-handle configurations. Large-format molds (JS/J series) use reinforced base-insert designs for the higher clamping forces of 5–22 litre container production. All water-circuit fittings are rated for food-compatible chilled-water treatment.

📱 PLC & Recipe System

Siemens or Mitsubishi PLC with colour HMI touchscreen. Up to 50 bottle-format recipes on-board — covering different oil bottle capacities, handle configurations, and wall-weight targets for various cooking oil grades and condiment formulations. Recipe changeover restores all oven zone, carousel timing, and blow-pressure parameters in minutes.

A front-handle bottle has the integrated carrying handle positioned on the same side as the pour spout — the most common configuration for Western cooking oil retail, providing a natural grip-and-pour motion. A rear-handle bottle positions the handle opposite the pour spout — common in Asian markets and for bottle designs where a wider grip span is desired. The JS-2CB152 supports both configurations through mold substitution without rebuilding the machine base or heating carousel.

Biaxially oriented PET provides superior oxygen barrier compared with HDPE or un-oriented PET — slowing oxidative rancidity development in cooking oils and extending shelf life for premium oils such as cold-pressed olive, avocado, and sesame oil. PET crystal clarity allows consumers to assess oil colour and clarity as a quality signal. PET is 30–40% lighter than glass at equivalent structural performance, reducing freight cost across high-volume edible oil distribution channels.

Centralised-heating distributed-blow means the preform heating system (carousel) and the blow station operate independently at their own optimal rates. Large-format oil preforms (5–22 litres) require 3–5 times longer NIR heating dwell than standard 500 ml preforms. On a standard conveyor-oven machine, this forces the conveyor to run so slowly that total throughput becomes commercially unviable. The integrated carousel decouples heating dwell time from blow cycle time — preforms circulate in the carousel for the required conditioning duration while the blow station operates at its maximum independent rate, achieving 700–1,200 bph commercially.

All models require low-pressure air at 7 kg/cm² and high-pressure air at 26–35 kg/cm². For direct-contact edible oil bottle production, an oil-free compressor delivering ISO 8573-1 Class 1 air quality at the blowing point is mandatory under food-contact regulations in most markets. We supply matched oil-free high-pressure compressor packages certified for food-grade air quality as part of our complete turnkey solution.

Yes, by substituting the blow mold. Front-handle and rear-handle molds are designed to the same base-block dimensions and can be changed without modifying the machine frame, blow station, or heating carousel. Changing between handle configurations requires mold substitution (approximately 30–40 minutes) and loading the appropriate PLC recipe for the new bottle format. Both handle configurations can be operated from the same 128-position heating carousel.

Top-load crush resistance requirements for 5-litre filled edible oil bottles typically range from 40–80 kg depending on pallet height (number of filled layers) and distribution temperature range. Biaxially oriented PET — with its improved creep resistance over un-oriented materials — meets these requirements at wall weights significantly lower than equivalent HDPE containers, enabling lightweighting without structural compromise. We can advise on preform IV, wall-weight, and base-panel geometry for your specific stacking requirement at the mold design stage.

Handle bottle molds are more complex than standard cylindrical bottle molds due to the handle channel geometry and dedicated handle-zone cooling insert. Standard handle bottle blow molds are delivered in 35–45 working days from approval of the 3D bottle drawing. Non-handle standard oil bottle molds are delivered in 25–35 working days. All mold designs include DFM (Design for Manufacturability) review at no charge before fabrication begins.

The series covers a range of neck diameters supporting different closure systems: 46–50 mm (FS-2C200, JS-2CB152) for screw-cap and snap-cap pour spouts; 58 mm (JS-2C200) for push-fit and thread-seal dispensing systems used in 18.9 L water-cooler style barrels; 90 mm (J-2C366) for gravity-dispensing tap fitments used in institutional oil drums and catering supply. Custom neck finishes beyond these are available — submit your closure specification for preform and mold design confirmation.

All machines are CE-marked and carry multiple national utility model patents. ECM verification certificates for electrical components are available. Country-specific certifications (UL, EAC, INMETRO, etc.) can be supported subject to additional testing. Documentation confirming no-hydraulic-fluid servo-electric architecture is available to support food-safety management system submissions (HACCP, BRC, SQF) at filling facilities.

Standard ES-series machines are produced within 45–60 working days from deposit receipt. JS-series and J-series large-format platforms require 55–70 working days due to the more complex integrated heating carousel system. Factory acceptance testing with bottle samples is conducted before shipment — buyers are welcome to attend on-site or receive video documentation. Our engineers are available globally for on-site commissioning, typically 3–5 working days per machine.

Send us your bottle drawing or sample, target daily output, handle configuration requirement, and closure specification — our engineering team will recommend the optimal automatic blow molding machine and issue a direct quotation.