Packaging machinery consists of automated systems that prepare products for storage, transport or sale. Different machines are designed to work with specific product types, packaging materials and output levels.
Companies use automated packaging systems to improve consistency while processing larger quantities of products. Common users include food manufacturers, pharmaceutical companies, industrial producers, consumer goods businesses, logistics providers and retailers.
What Types of Packaging Machinery Are Available?
There are many types of packaging machinery, with each system designed for a particular task.
Shrink Wrapping Machines
Shrink wrap machines place film around a product before heat contracts the material tightly around it.
These machines are suitable for many food, beverage, retail and industrial applications.
Flow Wrapping Machines
Flow wrappers wrap products in a continuous film and create seals along the pack and at each end.
They are widely used for bakery products, confectionery, fresh produce, medical products and consumer goods.
Vacuum Packing Machines
Vacuum packaging machines remove air from the pack before sealing it. This can preserve suitable products and protect them while stored.
Chamber Packaging Machines
These systems are used for products that require controlled and reliable vacuum packaging.
Carton and Case Packaging Machines
These machines seal boxes and cases before products enter storage or shipping.
A complete packaging line may include several machines carrying out separate tasks.
How Does Packaging Machinery Improve Production?
Automated packaging equipment can improve several parts of the production process.
Faster Packaging Output
Automated equipment increases packaging speed compared with manual processes. This helps businesses process larger production volumes.
Uniform Pack Quality
Machines repeat the same packaging process for every product. This produces uniform packs and dependable seals.
Reduced Labour Requirements
Automation reduces the amount of manual handling required. Employees can then focus on other production duties.
Improved Product Protection
Packaging can protect products from dust, moisture, contamination and damage during storage and transport.
Reduced Material Waste
Automated controls help reduce excess use of film, cartons and other materials. This can improve control over packaging material use.
Who Uses Packaging Machinery?
Packaging machines are used across a wide range of industries.
Common industries include:
- Food production
- Beverage production
- Pharmaceutical manufacturing
- Medical device production
- Cosmetics
- Domestic goods
- Industrial manufacturing
- Engineering production
- Electronics
- Retail and distribution
Machine selection varies according to product shape, size, sensitivity and distribution conditions.
How Do You Choose Packaging Machinery?
Choosing the right packaging machinery depends on several practical factors.
Points to review include:
- Production volume
- Product size and shape
- Required packaging material
- Available floor space
- Compatibility with current equipment
- Future production growth
- Servicing needs
- Operator usability
A machine should support existing production while allowing room for future expansion.
When Should You Upgrade Your Packaging Machines?
Companies often replace packaging machinery when current systems become too slow, unreliable or costly.
Signs that an upgrade may be beneficial include:
- Increasing customer demand
- Packaging delays
- Variable pack presentation or seals
- Rising labour costs
- Frequent equipment downtime
- Expanding production lines
An updated system can help remove slow points from the packaging process.
Can Packaging Machinery Be Integrated Into Existing Production Lines?
Yes. Many machines are built to operate as part of a connected production line.
Packaging machines can be connected to conveyors, weighers, fillers, labellers, inspection units and palletisers.
Integration helps move products between separate packaging stages with fewer manual transfers.
Commercial Benefits of Packaging Automation
Automated packaging machines provide several commercial and operational advantages.
Benefits include:
- Higher production output
- More uniform pack quality
- A more consistent finished appearance
- Lower production costs
- Greater production flexibility
- Improved workplace efficiency
- Reliable product protection
- Repeatable seal performance
For businesses with growing production, automation can provide measurable productivity gains.
Packaging Machine Maintenance
A planned maintenance programme can protect equipment performance and reduce wear.
Routine tasks should include:
- Regular cleaning
- Scheduled servicing packaging machines
- Checks on moving components
- Replacing worn components
- Regular equipment calibration
- Training for machine operators
- Following manufacturer servicing schedules
Preventative maintenance also helps reduce unexpected downtime.
Kempner Packaging Machines
Kempner has supplied packaging equipment and packaging materials across the UK for over five decades.
The company supplies individual packaging machines as well as connected packaging solutions suitable for small, medium and large production environments.
Kempner also provides installation, commissioning, servicing and ongoing technical support. These services are intended to keep packaging systems operating consistently.
Packaging Machine FAQs
What Do Packaging Machines Do?
Packaging machinery carries out tasks such as filling, wrapping, sealing and protecting products.
What Industries Use Packaging Machinery?
Packaging equipment is used across manufacturing, healthcare, food production, retail and distribution.
Can Packaging Machines Increase Production?
Yes. Packaging machinery can raise output without sacrificing packaging consistency.
Can Packaging Machinery Be Customised?
Yes. Packaging machinery may be supplied in several configurations with optional equipment.
Packaging Machines Versus Packaging Lines
A packaging machine performs one specific task, such as wrapping, filling or sealing.
A complete line links multiple machines so that products move through several packaging stages.