Packaging machine prices range from a few thousand to over a million RMB, depending primarily on the level of automation, speed, and functionality: simple sealing/shrink-wrap machines cost approximately ¥3,300–5,700; integrated filling and sealing machines are around ¥3,500–10,000 ($488–1,450); labeling machines are about ¥35,000–40,000 ($4,900–5,600); automatic pillow-type packaging machines range from ¥6,680 to ¥40,080; and high-speed fully automatic packaging lines start at $200,000 (over ¥1.4 million)—determine your production volume and packaging format before selecting a model.
I. Classification by Function
Sealing/Shrink-wrap machines: POF film sealing and shrinking machines cost ¥4,000–5,700 (entry-level for small workshops/retail stores);
Integrated filling and sealing machines: for small sachets of liquids or powders, $488–1,450 (¥3,500–10,000); Labeling machines: automatic labeling (for bottles, cans, or boxes), $4,900–5,600 (¥35,000–40,000); Vacuum packaging machines: starting at ¥175 for home use, while commercial chamber-type models range from a few thousand to tens of thousands of RMB; Pillow-type packaging machines: fully automatic machines for snacks or cutlery, ¥6,680–40,080—the more specialized the function, the higher the price (first determine the packaging format: bag, bottle, box, or vacuum).
II. By Level of Automation
Semi-automatic: Manual feeding/bottle placement; costs tens of thousands of RMB (sufficient for small batches); Fully automatic standalone unit: Automatic feeding, filling, sealing, and cutting; starts at $1,300–$1,450 (approx. 10,000 RMB); Multi-station integrated line: Linked filling, capping, labeling, and inkjet coding; 100,000–500,000 RMB; High-speed rotary machine: Fully servo-driven four-side seal pouch packaging line; approx. $200,000 (over 1.4 million RMB); Customized complete line: Fully automatic line for bottle unscrambling, filling, sealing, labeling, and case packing; costs in the millions depending on output—Automation Level × Speed = Price (doubling output roughly doubles the price).
III.
Reasons for Price Differences
Speed: 600 packs/hour vs. high-speed 1,000+ packs/minute (5–10x price difference); Servo drive: Fully servo systems are more expensive than mechanical cams but offer higher precision; Material: 304 stainless steel (food-grade) is more expensive than standard steel; Brand: Imported brands (Bosch Rexroth, Tetra Pak, etc.) are 3–10 times more expensive than domestic ones; Customization: Irregularly shaped pouches, multi-lane setups, or special materials require separate quotes—huge price gaps exist for the same function but different speeds/materials (calculate production capacity before selecting configuration).
IV.
Ancillary Costs
Auxiliary equipment: Bottle unscramblers, conveyors, inkjet coders, date stampers (tens of thousands each); Molds: Sealing molds and forming molds customized to the product; Installation & Commissioning: Manufacturer installation and training (10,000–30,000 RMB); Consumables: Sealing film, labels, shrink wrap (ongoing costs); Facility: Utilities (water, electricity, compressed air)—the standalone machine price is just the beginning (the complete line, auxiliary equipment, and consumables make up the bulk of the cost).
V. Procurement Recommendations
First, calculate production capacity (daily output vs. packaging speed requirements); second, determine the packaging format (bag, bottle, box, vacuum, or shrink wrap); third, decide between a standalone machine or an integrated line (start with a standalone unit for small batches; opt for an integrated line for high-volume production); fourth, compare prices based on equivalent specifications (clearly list speed, servo systems, materials, and brands); and fifth, conduct trial runs (test the packaging process using actual products). Packaging machine pricing ranges from a few thousand yuan for simple units to tens of thousands for standalone machines, 100,000–500,000 yuan for integrated lines, and over a million yuan for high-speed lines.
The recommended workflow is: calculate capacity → determine format → compare prices based on equivalent specs → conduct trial runs → place order.
