Pillow Packing Machine Iran

pillow packing machine

The single-piece packaging machine is an industrial device designed for individually packaging small and sensitive products such as chocolates, wafers, cookies, industrial or pharmaceutical components. Typical production capacity ranges from 300 to 1500 packs per hour, with adjustable weight or dimensions per pack. The machine body is made of stainless steel 304, providing high resistance to moisture, fat, and food-grade or industrial-grade safety. Electronic weighing and control systems with ±1 gram accuracy ensure precise portioning or sizing. Mechanical movement is driven by servo or electric motors of 1 to 3 kW, and a stainless steel or PU conveyor ensures smooth and damage-free product transfer.

Structurally, the machine includes a feeding system or hopper, conveyor, forming or guiding system, heat-sealing or pressing unit, and touchscreen control panel. Packaging can be plastic film, cellophane, aluminum, metallized film, or small boxes, with molds adjustable for different pack sizes. The machine is equipped with safety sensors, emergency stop, and anti-contamination systems to protect the operator and product. Hygienic design, high energy efficiency, and easy cleaning make it suitable for workshops and factories producing single-piece products.

hamburger pillow packing machine

The hamburger packaging machine is an industrial device designed for weighing, forming, and packaging fresh or frozen hamburgers. Typical production capacity ranges from 200 to 1000 packs per hour, with adjustable pack weights from 50 to 200 grams. The machine body is made of stainless steel 304, providing high resistance to moisture, oil, and food-grade safety. Electronic weighing and control systems with ±1 gram accuracy ensure precise portioning of each hamburger or pack. Mechanical movement is driven by servo or electric motors of 1.5 to 3 kW, and a stainless steel or PU conveyor ensures smooth and hygienic product transfer.

Structurally, the machine includes a meat feeding hopper, forming unit, conveyor, heat-sealing or pressing unit, and touchscreen control panel. Packaging can be plastic film, cellophane, aluminum, or PET containers, with molds adjustable for different pack sizes. The machine is equipped with safety sensors, emergency stop, and anti-contamination systems to protect the operator and product. Hygienic design, easy cleaning, and high energy efficiency make it suitable for hamburger workshops and factories.

food pillow packing machine

The food packaging machine is an industrial device designed for weighing, forming, and packaging various dry, wet, powdered, or liquid food products. Typical production capacity ranges from 300 to 1500 packs per hour, with adjustable weight or volume per pack. The machine body is made of stainless steel 304, providing high resistance to moisture, oil, and food-grade safety. Electronic weighing and control systems with ±1 gram accuracy ensure precise portioning. Mechanical movement is driven by servo or electric motors of 1.5 to 3 kW, and a stainless steel or PU conveyor ensures smooth product transfer.

Structurally, the machine includes a feeding hopper, weighing and control system, conveyor, packaging mold, heat-sealing or pressing unit, and touchscreen control panel. Packaging can be plastic bags, cellophane, aluminum, or small containers, with adjustable molds for different pack sizes. The machine is equipped with safety sensors, emergency stop, and anti-contamination systems to protect the operator and product. Hygienic design, easy cleaning, and high energy efficiency make it suitable for food factories and workshops.

pillow packing machine

The Pillow Pack packaging machine is an industrial system for packaging solid and soft products in flexible pillow-shaped packs. Typical output capacity ranges from 50 to 250 packs per minute, with adjustable pack weight from 5 to 200 grams. The drive system uses a 1.5 to 3 kilowatt electric motor with inverter control. The body is made of 304 stainless steel to ensure resistance to moisture, corrosion, and industrial conditions. A precise heat sealing and cutting system produces uniform, leak-free packages. The PLC control panel allows digital adjustment of speed, temperature, and pack length.

Structurally, the machine includes a product feeding hopper, film forming unit, filling system, cutting blade, and heat sealing module. It supports film rolls with widths from 100 to 350 millimeters. Optical sensors ensure accurate positioning of each package. The output conveyor, 1 to 3 meters long, allows smooth and organized discharge. Power consumption is below 4 kilowatts. Modular design enables easy maintenance, cleaning, and repair. This machine is suitable for workshops, production lines, and industrial packaging applications.

cookies pillow packing machine

The cookie Koloocheh packaging machine is an industrial device designed for weighing, forming, and packaging various plain and chocolate cookies. Typical production capacity ranges from 300 to 1200 packs per hour, with adjustable pack weights from 20 to 200 grams. The machine body is made of stainless steel 304, providing high resistance to moisture, fat, and food-grade safety. Electronic weighing and control systems with ±1 gram accuracy ensure precise portioning. Mechanical movement is driven by servo or electric motors of 1.5 to 3 kW, and a stainless steel or PU conveyor ensures smooth and damage-free product transfer.

Structurally, the machine includes a feeding hopper, conveyor, forming unit, heat-sealing or pressing system, and touchscreen control panel. Packaging can be plastic film, cellophane, aluminum, or metallized film, with molds adjustable for different pack sizes. The machine is equipped with safety sensors, emergency stop, and anti-contamination systems to protect the operator and product. Hygienic design, easy cleaning, and high energy efficiency make it suitable for cookie factories and workshops.

cake pillow packing machine

The cake packaging machine is an industrial device designed for weighing, forming, and packaging various small and large cakes. Typical production capacity ranges from 300 to 1200 packs per hour, with adjustable weight or dimensions per pack. The machine body is made of stainless steel 304, providing high resistance to moisture, fat, and food-grade safety. Electronic weighing and control systems with ±1 gram accuracy ensure precise portioning of each cake or pack. Mechanical movement is driven by servo or electric motors of 1.5 to 3 kW, and a stainless steel or PU conveyor ensures smooth and damage-free product transfer.

Structurally, the machine includes a feeding system, conveyor, forming unit, heat-sealing or pressing system, and touchscreen control panel. Packaging can be plastic film, cellophane, aluminum, or metallized film, with molds adjustable for different pack sizes. The machine is equipped with safety sensors, emergency stop, and anti-contamination systems to protect the operator and product. Hygienic design, easy cleaning, and high energy efficiency make it suitable for cake workshops and factories.

ice cream pillow packing machine

The ice cream packaging machine is an industrial device designed for weighing, forming, and packaging ice cream in cone, cup, or chocolate-coated formats. Typical production capacity ranges from 200 to 1200 packs per hour, with adjustable pack weights from 50 to 200 grams. The machine body is made of stainless steel 304, providing high resistance to moisture, cold, and food safety standards. An electronic weighing system with ±1 gram accuracy ensures precise portioning. Mechanical movement is driven by servo or electric motors of 1.5 to 3 kW, and a stainless steel or PU conveyor ensures smooth product transfer.

Structurally, the machine includes a feeding hopper, weighing system, forming unit, conveyor, heat-sealing or pressing system, and touchscreen control panel. Packaging can be plastic film, cellophane, or metallized film, with molds adjustable for different pack sizes. The machine is equipped with safety sensors and emergency stop to protect the operator and product. Hygienic design and high energy efficiency make it suitable for ice cream workshops and factories.

pillow packing machine

The Turkish Delight packaging machine is constructed from ST37 steel with a white food-grade epoxy coating. It measures 3200 x 1000 x 1600 mm with an installation weight of 900 kg. The system operates at 80 to 120 packages per minute with a filling accuracy of ±0.1 grams. Main servo motors with 15 Nm torque and 0.05 mm positioning accuracy control all movements. It runs on a three-phase 380V, 50Hz power supply with a peak demand of 8 kW. A dual-band sealing unit with PID-controlled temperature between 100 to 200°C performs sealing.

A twin-screw feeding system handles viscous materials at a rate of 50 kg per hour. The packaging uses metallized multilayer film, 450 mm wide and 40 microns thick. Colorimetric optical sensors with ±2% accuracy enable final product appearance quality control. A rotary cutting mechanism with diamond-coated blades operates at 4 strokes per minute with ±0.5 mm length tolerance. A forced-air cooling tunnel at a controlled 5°C stabilizes the seals. A centralized 12-point lubrication system supports continuous 24-hour operation.

pillow packing machine

The machine is constructed with an ST52 steel chassis and wear-resistant electrostatic coating. Overall dimensions are 2800 x 1200 x 1800 mm with a weight of 650 kg. The conveying system uses modular non-stick polymer belts, 700 mm wide. Line speed is adjustable from 0.5 to 3 m/min via a 3.7 kW servo motor. Production capacity is 30 to 60 packs per minute for buns 8 to 16 cm in diameter. A PLC controller with a 10-inch HMI touchscreen manages all process parameters.

The system supports metallized polypropylene film rolls with 25 to 50 micron thickness. A thermoforming mechanism operates at controlled temperatures of 140 to 200°C. Machine Vision sensors detect bun position with an accuracy of ±0.3 mm. An induction sealing unit at 40 kHz frequency and 3 to 7 bar pressure creates seals. An optional nitrogen gas injection system provides ±2% volume accuracy. Energy consumption is 4.5 kW per hour, requiring 7 bar compressed air at 250 L/min.