Packaging machinery · compare the range
Compare the available rinsing & feeding machinery and review each model at a glance. Share your pack format, product and production requirement and a Lancing engineer can help identify the right configuration.
Compare before you enquire
Filter by production setup or search the specifications. Leave either field open if you are not sure yet.
Automatic
Automatic rotary bottle washing machine that feeds, overturns, rinses and drains bottles continuously. A key unit for hygienic filling lines handling glass or PET containers.
Automatic
Semi‑automatic rotary bottle washing machine designed for external rinsing with low water and energy consumption. Customisable for different bottle diameters and heights, ideal for beverages and glass.
Benchtop / manual
Rotary infeed turntable for feeding bottles onto the production line. Model reference LULP800 with 800 mm plate (10 rpm), capacity up to 2400–3600 bph. Handles bottle diameters 20–100 mm and heights 30–120.
Other formats
Bottle infeed conveyor / unscrambler used to sort bottles or other containers and feed them stably into your production line.
Other formats
Bottomless transfer (hugger belt) conveyor grips bottle sides to expose the bottom for coding and smooth transfers.
Benchtop / manual
Custom vibratory bowl feeder for caps, pumps and sprayers. Sorts and orients components, delivering a steady, correctly oriented feed to capping or assembly stations. Stainless build with 110/220 V supply.
Benchtop / manual
Rotary bottle unscrambler that automatically sorts and feeds containers to the conveyor. Model reference LULP750 with 755 mm rotary plate; typical speed 20–80 bottles/min. Custom tooling adapts to your.
Automatic
Automatic cap feeding system customised for various plastic/PET cap types to supply caps to capping machines.
Benchtop / manual
Automatic paging feeder for flat bags, cards and cartons — pairs with inkjet for inline coding.
| Machine | Output | Format | Operation | Guide price |
|---|---|---|---|---|
| Automatic Bottle Rinser (12‑Head) | ~2800 bottles/hour | ~3560 × 1400 × 1915 mm | Benchtop / manual | Quoted to specification |
| Semi‑Automatic Bottle Rinser (32‑Head Rotary) | See model specification | Customisable diameter and height | Semi‑automatic rotary rinse | Quoted to specification |
| Rotary Rotary Infeed | 2400–3600 bottles/hour | ≈ 850 × 850 × 1500 mm | Benchtop / manual | Quoted to specification |
| Infeed Conveyor | See model specification | Application dependent | Can be assembled with supporting machines to form an automated line | Quoted to specification |
| Side Drives (Hugger Belt) | See model specification | Bottles and similar round containers | Other formats | Quoted to specification |
| Bowl Feeder | See model specification | Application dependent | Benchtop / manual | Quoted to specification |
| Bottle Unscrambler | 20–80 bottles/min | ≈ 570 × 685 × 1325 mm | Benchtop / manual | Quoted to specification |
| Cap Feeder | See model specification | Application dependent | Supply chute/elevator to automatic cappers | Quoted to specification |
| Friction Feeder | 50–500 m/min | Application dependent | Benchtop / manual | Quoted to specification |
Send us your product and pack details and we will help narrow the range.
Speak with an engineer
Tell us what you are packaging and the output you need. We will use the page reference to route your enquiry to the right machinery specialist.
Identify whether the project needs to prepare a bottle, orient a container, feed a closure or separate flat items. These are different functions even when they appear close together in a packaging line. Describe the incoming item and the condition required at the receiving machine.
For a multi-stage project, draw the sequence from storage to the first controlled operation. Include how bottles or components are replenished, where unsuitable items are removed and what happens when the next machine stops. This helps the shortlist include the actual feeding and handling work rather than one isolated device.
Compare the starting presentation and required orientation. The proposed route must perform the specific handling task, not simply share a bottle-feeding description.
