The Protos 80 ER cigarette maker is the most commercially successful high-speed cigarette making configuration in the global tobacco industry. Hundreds of units are installed across tobacco factories worldwide — more than the Protos 70, and far more than the M-generation platforms that followed it. The ’80’ in the name refers to the 8,000 cigarettes per minute output for regular diameter formats. The ‘ER’ — Extended Range — refers to two specific upgrades over the Protos 70 that matter operationally: built-in microwave weight control and a Siemens IPC or Beckhoff IPC control platform. This guide explains exactly what those upgrades mean in practice, provides verified specifications, compares the Protos 80 ER against the Protos 70 and M5, and covers refurbished market pricing and USA availability.
What Does Extended Range Actually Mean?
The Extended Range designation on the Protos 80 ER is not a marketing label — it refers to two specific engineering upgrades over the Protos 70 that have measurable operational impact.
Upgrade 1 — Built-in microwave weight control: The Protos 80 ER integrates a microwave weight control system as a standard built-in feature. This system continuously monitors the weight of every cigarette produced — not sampled, not periodic, but every single unit passing through the machine. When weight deviates from specification the system automatically adjusts the tobacco feed rate in real time. On the Protos 70, microwave weight control is an optional addition rather than a built-in standard. The practical result is that the Protos 80 ER maintains tighter cigarette weight consistency across long production runs — particularly important for factories producing multiple formats or running the machine continuously across three shifts.
Upgrade 2 — Siemens IPC or Beckhoff IPC control platform: The Protos 80 ER runs on an industrial-grade IPC control platform — either Siemens IPC or Beckhoff IPC depending on configuration. This is a step up from the digital control system on the Protos 70. The IPC platform provides real-time monitoring and system responsiveness at a higher level of precision — reducing human error, supporting faster fault diagnosis, and providing a foundation for integration with factory management systems. Rod density consistency on the Protos 80 ER is rated at a coefficient of variation below 4 percent — a tighter tolerance than the Protos 70.
These two upgrades are the reason the Protos 80 ER commands a price premium over the Protos 70 both new and refurbished — and why high-volume factories typically specify the 80 ER over the 70 when they can absorb the additional capital cost. For a full comparison of where the Protos 80 ER sits within the complete Körber Protos range, see our Körber Protos Cigarette Maker: Full Machine Overview & Specifications.
Protos 80 ER Cigarette Maker: Full Verified Specifications
The following specifications are verified from Orchid Tobacco, cigarettemanufacturingmachinery.com, and multiple industry sources, cross-referenced May 2026.
| Machine type | High-speed cigarette making machine — Hauni Protos series |
| Production speed — regular | 8,000 cigarettes per minute (cpm) |
| Production speed — slim/super slim | 7,000 cigarettes per minute (cpm) |
| Cigarette circumference range | 17mm to 28.3mm |
| Filter + tobacco rod length | 65mm to 110mm |
| Machine units | S7000 Cigarette Rod Maker + M8000 Filter Tip Attachment + F80 Auto Tray Filler |
| Power — S7000 | Approximately 50 kW |
| Power — M8000 | Approximately 20 kW |
| Power — F80 | Approximately 15 kW |
| Total power consumption | Approximately 85 to 95 kW |
| Compressed air consumption | Approximately 700 Nl/min |
| Control system | Siemens IPC or Beckhoff IPC — industrial-grade PLC automation |
| Weight control | Built-in microwave weight control system — continuous monitoring every cigarette |
| Quality control | Real-time monitoring and automated system responsiveness |
| Rod density consistency | CV below 4 percent |
| Annual maintenance cost | Approximately 8 to 12 percent of capital value |
| Maintenance design | Modular components — operator-led daily cleaning + scheduled preventive maintenance |
| Status | Current platform — widely available new and refurbished |
Protos 80 ER vs Protos 70 vs Protos M5: Where It Fits
Understanding where the Protos 80 ER sits in the Protos range is essential for any buyer deciding whether to specify the 70, 80 ER, or M5.
| Feature | Protos 70 | Protos 80 ER | Protos M5 |
| Max speed — regular | 7,000 cpm | 8,000 cpm | 12,000+ cpm |
| Max speed — slim | 6,000 cpm | 7,000 cpm | Higher |
| Weight control | Optional | Built-in microwave | Advanced sensor array |
| Control system | Digital controls | Siemens/Beckhoff IPC | Industry 4.0 IPC |
| Rod density CV | Standard | Below 4% | Below 1% waste |
| Sensor count | Standard | Enhanced | ~370 sensors (M5e) |
| Refurbished price | $200K-$380K | $300K-$500K | $800K+ |
| New OEM price | $600K-$900K | $800K-$1.2M+ | $2M+ |
| Best for | 4-7B cigs/year | 7-10B cigs/year | 10B+ cigs/year |
| Parts ecosystem | Deepest globally | Second deepest | Current generation |
The practical decision between Protos 70 and Protos 80 ER comes down to three questions: Do you need above 7,000 cpm? Do you need built-in continuous weight control rather than optional? Do you need Siemens or Beckhoff IPC automation rather than the Protos 70’s control system? If the answer to any of these is yes — the Protos 80 ER is the correct choice. If the answer to all three is no — the Protos 70 covers the requirement at lower capital cost. For the full decision framework on choosing between high-speed cigarette maker platforms, see our guide to High Speed vs Mid Speed Cigarette Machine: Which Is Right for Your Factory?.
Who the Protos 80 ER Cigarette Maker Suits
The Protos 80 ER suits factories that:
- Target annual output of 7 to 10 billion cigarettes operating on three shifts — the 80 ER at 8,000 cpm delivers this range at full utilization
- Need built-in continuous microwave weight control as a standard feature — not as an additional option
- Require Siemens IPC or Beckhoff IPC automation for quality consistency and factory system integration
- Produce across regular, slim, and super slim formats — the 80 ER at 7,000 cpm for slim formats is a meaningful upgrade over the Protos 70 at 6,000 cpm slim
- Have a capital budget of $300,000 to $500,000 for a refurbished unit or $800,000 to $1.2 million or more for new OEM
The Protos 80 ER is not the right choice for factories that:
- Need above 10,000 cpm — the Protos M5 at 12,000+ cpm is the correct platform
- Need full Industry 4.0 integration with approximately 370 sensors and predictive maintenance — the Protos M5e is designed for this
- Have a capital budget that only supports the Protos 70 — the 80 ER at $300,000 to $500,000 refurbished is a meaningful premium over the Protos 70 at $200,000 to $380,000
The Protos 80 ER is not the right choice for factories that:
- Need above 10,000 cpm — the Protos M5 at 12,000+ cpm is the correct platform
- Need full Industry 4.0 integration with approximately 370 sensors and predictive maintenance — the Protos M5e is designed for this
- Have a capital budget that only supports the Protos 70 — the 80 ER at $300,000 to $500,000 refurbished is a meaningful premium over the Protos 70 at $200,000 to $380,000
Protos 80 ER Availability in the USA
The Protos 80 ER is available in the USA through both new and refurbished channels. Körber Technologies maintains a direct North American service presence covering parts supply, commissioning, and maintenance contracts. For refurbished units specialist tobacco machinery dealers in the USA and internationally regularly list Protos 80 ER machines from factory upgrades. For a complete list of tobacco machinery suppliers in USA including Körber dealers and specialist rebuilders, see our dedicated suppliers page. For guidance on sourcing and vetting Körber specialists, see our procurement guide: How to Source Cigarette Machinery Suppliers in the USA.
Frequently Asked Questions
What does ER mean in Protos 80 ER?
ER stands for Extended Range — referring to two specific upgrades over the Protos 70. First, the 80 ER integrates a built-in microwave weight control system that continuously monitors every cigarette produced rather than using periodic sampling. Second, the control platform is standardized on Siemens IPC or Beckhoff IPC — providing industrial-grade automation and real-time monitoring responsiveness with rod density consistency rated at a coefficient of variation below 4 percent.
What is the production speed of the Protos 80 ER?
The Protos 80 ER produces 8,000 cigarettes per minute for regular diameter formats and 7,000 cigarettes per minute for slim and super slim formats. It supports cigarette circumferences from 17mm to 28.3mm and filter plus tobacco rod lengths from 65mm to 110mm. Total power consumption is approximately 85 to 95 kW with compressed air consumption of approximately 700 Nl/min.
What is the difference between Protos 70 and Protos 80 ER?
The Protos 80 ER produces 8,000 cpm versus 7,000 cpm for the Protos 70 on regular formats — and 7,000 cpm versus 6,000 cpm on slim formats. The 80 ER also includes built-in microwave weight control as standard and uses Siemens IPC or Beckhoff IPC automation rather than the Protos 70’s digital control system. Refurbished Protos 80 ER machines range from $300,000 to $500,000 versus $200,000 to $380,000 for the Protos 70.
How does the Protos 80 ER microwave weight control work?
The built-in microwave weight control system continuously measures the density and weight of every cigarette rod passing through the machine. When weight deviates from the specified target the system automatically adjusts the tobacco feed rate in real time to bring weight back into specification. This continuous monitoring — as opposed to periodic sampling — maintains tighter weight consistency across long production runs and across format changes, reducing rejection rates and material waste.
Is the Protos 80 ER available refurbished in the USA?
Yes. The Protos 80 ER has one of the strongest refurbished markets of any high-speed cigarette maker globally — hundreds of units are installed worldwide and quality rebuilt machines regularly become available from factory upgrades. Refurbished Protos 80 ER machines from specialist rebuilders typically range from $300,000 to $500,000 depending on age and reconditioning scope.
How much does a Protos 80 ER cost?
New Protos 80 ER configurations from Körber Technologies OEM channels typically range from $800,000 to $1.2 million or more depending on configuration. Refurbished machines from specialist dealers typically range from $300,000 to $500,000. Annual maintenance costs average approximately 8 to 12 percent of the machine’s capital value. For a full pricing overview across all cigarette maker platforms see our Cigarette Manufacturing Machine Cost guide.
What is the Protos 80 ER rod density consistency rating?
The Protos 80 ER is rated for rod density consistency at a coefficient of variation below 4 percent — meaning the weight variation between individual cigarettes is below 4 percent of the mean weight. This tighter tolerance compared to the Protos 70 is delivered by the combination of built-in microwave weight control and the Siemens or Beckhoff IPC automation platform.
Conclusion
The Protos 80 ER cigarette maker is the global commercial benchmark for high-speed cigarette production — not because it is the fastest in the Körber range, but because its combination of 8,000 cpm output, built-in microwave weight control, and Siemens or Beckhoff IPC automation represents the right balance of performance and capital cost for the largest segment of high-volume factory buyers. For factories targeting 7 to 10 billion cigarettes per year the Protos 80 ER delivers the performance, quality control, and parts ecosystem that justify its premium over the Protos 70. For a full pricing comparison across all cigarette making machine platforms, see our Cigarette Manufacturing Machine Cost: Full Price Guide 2026. And for a complete view of the Protos range from 70 through M5, see our Körber Protos Cigarette Maker: Full Machine Overview & Specifications.






