A cigarette making machine is an industrial automated machine that forms cut tobacco into a sealed paper-wrapped rod, attaches a filter tip, and produces finished filter cigarettes continuously at speeds from 2,000 to 12,000 cigarettes per minute. Every commercial cigarette ever produced passed through one. Understanding what a cigarette making machine is, how it works, what the main types are, and which speed tier suits which factory is what this guide covers — from basic definition through to buying decision.
What Does a Cigarette Making Machine Do?
A cigarette making machine performs five core functions in one continuous automated process:
- Tobacco rod formation — receives cut tobacco filler from the feeder system, compresses it into a uniform cylinder and wraps it in cigarette paper
- Seam sealing — applies hot melt adhesive to the paper seam to form a structurally complete sealed rod
- Rod cutting — cuts the continuous sealed rod into individual cigarette lengths at the machine’s rated production speed
- Filter attachment — attaches a filter rod to each cigarette rod using tipping paper via the integrated filter tip assembler
- Quality detection and rejection — detects defective cigarettes across multiple parameters and rejects them automatically before they reach the tray filler
All five functions happen simultaneously and continuously. At 7,000 cpm the machine produces 117 finished filter cigarettes every second without manual intervention at any stage. For a complete guide to the automation systems that make this possible, see our How an Automatic Cigarette Maker Works guide.
How a Cigarette Making Machine Works: 7 Stages
Stage 1 — Tobacco infeed: Cut tobacco filler is delivered from the tobacco feeder hopper to the garniture section at a controlled feed rate matched to the machine’s production speed. Any deviation in feed rate causes an immediate cigarette weight deviation.
Stage 2 — Tongue distribution: The tobacco stream passes under the tongue — a fixed wedge-shaped guide that distributes tobacco evenly across the full garniture width before compression begins. Tongue misalignment causes draw resistance variation that cannot be corrected downstream.
Stage 3 — Garniture tape compression: The garniture tape wraps around both tobacco and cigarette paper simultaneously, compressing the tobacco into the cylindrical rod shape. The garniture tape determines rod circumference, density, and surface quality — it is the highest-wear component on the machine.
Stage 4 — Seam sealing: Hot melt adhesive is applied to the paper seam to form a structurally sealed cylinder. A failed seam causes rod break-outs at the cutter.
Stage 5 — Cutting: The sealed continuous rod is cut into individual cigarette lengths by precision blades on the cutting drum. Worn blades produce ragged cut ends that cause filter attachment problems downstream.
Stage 6 — Filter attachment: The filter tip assembler — Hauni Max 3 on the Mark 8, Max S on the Mark 9, M8000 on Protos platforms — attaches filter rods to cigarette rods using tipping paper. The filter assembler operates fully synchronized with the maker at production speed.
Stage 7 — Quality detection and tray filling: The quality control system detects and rejects defective cigarettes. Finished cigarettes are deposited into output trays automatically by the tray filler — Mass Flow Tray Filler on the Mark 9, F80 Auto Tray Filler on Protos platforms. For the complete process breakdown, see our guide to the Cigarette Rod Making Process.
Cigarette Making Machine Components
Garniture section: The rod-forming core of the machine — where tobacco becomes a cigarette rod. Contains the garniture tape, tongue, suction band, seam glue system, and cutting drum. The highest-wear section on any cigarette making machine.
Tobacco feeder system: Delivers cut tobacco filler continuously to the garniture section at a controlled rate. Feed rate accuracy directly determines cigarette weight consistency. For full feeder guide, see our Tobacco Feeder System guide.
Filter tip assembler: Attaches filter rods to cigarette rods. Named differently on each platform — Hauni Max 3 on Mark 8, Hauni Max S on Mark 9, M8000 on Protos 70 and 80 ER. Operates synchronized with the maker at production speed.
Quality control sensors: Detect defective cigarettes continuously at production speed. The Protos 70 detects 7 defect parameters. The Protos M5 monitors approximately 370 parameters.
Tray filler: Deposits finished cigarettes into output trays automatically without stopping the making line for tray changes.
Control system: PLC or IPC system that coordinates all machine axes, manages the weight control feedback loop, detects and logs faults, and manages format change recipes. Protos 80 ER uses Siemens or Beckhoff IPC. Mark 8 and Mark 9 use digital PLC.
Cigarette Making Machine Types and Speed Tiers
There are six main commercial cigarette making machine platforms — covering the full range from 1,800 to 12,000 cigarettes per minute.
| Machine | Speed | Annual Output (3 shifts) | Best For |
| Mark 8 Multi Roll | 1,800 to 2,000 cpm | ~1B cigs/year | Very low volume — under 1B cigs/year |
| Molins MK8D + Max 3 | Up to 3,000 cpm | ~1.5B cigs/year | Entry level — under 1.5B cigs/year |
| Molins Mark 9 + Max S | Up to 5,500 cpm | ~2.9B cigs/year | Mid scale — 1.5 to 3B cigs/year |
| Körber Protos 70 | 7,000 cpm | ~3.7B cigs/year | High speed — 3 to 7B cigs/year |
| Körber Protos 80 ER | 8,000 cpm | ~4.2B cigs/year | High speed ER — 4 to 8B cigs/year |
| Körber Protos M5 | 12,000 cpm | ~6.3B cigs/year | Ultra high speed — 6B+ cigs/year |
Molins platforms (Mark 8 and Mark 9): Mid-speed platforms manufactured by Molins PLC — now part of the Coesia Group. The Mark 8 MK8D runs at up to 3,000 cpm. The Mark 9 runs at up to 5,500 cpm. Both use Hauni filter tip assemblers — Max 3 on the Mark 8, Max S on the Mark 9. See How the Molins Mark 8 Works and How the Molins Mark 9 Works.
Körber Protos platforms (70, 80 ER, M5): High-speed platforms manufactured by Körber Technologies — formerly Hauni Maschinenbau AG. The Protos 70 runs at 7,000 cpm. The Protos 80 ER runs at 8,000 cpm with built-in microwave weight control and IPC automation. The Protos M5 runs at 12,000 cpm with AI-assisted quality control. See What the Protos 70 Brings to High Speed Cigarette Production and What the Protos 80 ER Brings to Tobacco Production.
How to Choose the Right Cigarette Making Machine
Step 1 — Define annual production target: Match the speed tier to your volume requirement. A factory targeting 1 billion cigarettes per year needs a Mark 8 at 3,000 cpm. A factory targeting 5 billion needs a Protos 70 or 80 ER. A machine that is undersized creates a production bottleneck. A machine that is oversized wastes capital.
Step 2 — Set capital budget: Refurbished machines offer 60 to 75 percent cost savings over new OEM. Confirm whether your budget supports new or refurbished equipment at your required speed tier.
Step 3 — Confirm format requirements: All platforms support standard king size 84mm and 100mm formats. Slim and super slim formats are supported at approximately 14 percent lower speed. Confirm your specific circumference and length requirements match the machine’s capability range.
Step 4 — Verify parts and service availability: The Protos 70 has the deepest global parts ecosystem. The Mark 9 has the deepest mid-speed market. Confirm local service coverage for your chosen platform before committing. For guidance on sourcing and vetting suppliers, see our How to Source Cigarette Machinery Suppliers guide.
New vs Refurbished Cigarette Making Machines
Refurbished cigarette making machines represent the most common purchase route for most factories outside the largest global manufacturers.
| Machine | Refurbished Price | New OEM Price |
| Molins Mark 8 MK8D | $80,000 to $200,000 | $300,000 to $500,000+ |
| Molins Mark 9 | $180,000 to $350,000 | $500,000 to $800,000+ |
| Körber Protos 70 | $200,000 to $380,000 | $600,000 to $900,000 |
| Körber Protos 80 ER | $300,000 to $500,000 | $800,000 to $1.2M+ |
A quality refurbished Mark 9 at $180,000 to $350,000 delivers the same 5,500 cpm output as a new machine at several times the price. For a complete guide to what to verify before buying refurbished, see our New vs Refurbished Cigarette Manufacturing Machines guide.
Frequently Asked Questions
What is a cigarette making machine?
A cigarette making machine is an industrial automated machine that forms cut tobacco into sealed paper-wrapped cigarette rods, attaches filter tips, and produces finished filter cigarettes continuously at speeds from 2,000 to 12,000 cigarettes per minute. It performs five functions simultaneously — tobacco rod formation, seam sealing, rod cutting, filter attachment, and quality detection. The main commercial platforms are the Molins Mark 8, Mark 9, and Körber Protos 70, 80 ER, and M5.
How does a cigarette making machine work?
A cigarette making machine works through 7 stages: tobacco is delivered from the feeder to the garniture section where it is distributed by the tongue, compressed into rod shape by the garniture tape, wrapped in paper, sealed with hot melt adhesive, and cut into individual cigarette lengths. The filter tip assembler then attaches filter rods using tipping paper. Finally the quality control system detects and rejects defective cigarettes and the tray filler deposits finished cigarettes into output trays.
What are the types of cigarette making machines?
The six main commercial types by speed tier are: Mark 8 Multi Roll at 1,800 to 2,000 cpm; Molins MK8D at up to 3,000 cpm; Molins Mark 9 at 5,500 cpm; Körber Protos 70 at 7,000 cpm; Körber Protos 80 ER at 8,000 cpm; and Körber Protos M5 at 12,000 cpm. Each platform suits a different annual production volume range from under 1 billion to over 6 billion cigarettes per year.
How fast does a cigarette making machine produce cigarettes?
Commercial cigarette making machines produce between 1,800 and 12,000 cigarettes per minute depending on the platform. The Molins Mark 8 produces up to 3,000 cpm. The Molins Mark 9 produces up to 5,500 cpm. The Körber Protos 70 produces 7,000 cpm for standard formats. The Protos 80 ER produces 8,000 cpm. The Protos M5 produces 12,000 cpm — the highest speed of any commercial cigarette making platform.
How much does a cigarette making machine cost?
Refurbished cigarette making machine prices range from $80,000 to $200,000 for a Molins Mark 8 MK8D, $180,000 to $350,000 for a Mark 9, $200,000 to $380,000 for a Protos 70, and $300,000 to $500,000 for a Protos 80 ER. New OEM prices from Körber and Coesia channels are significantly higher — $600,000 to $1.2 million or more depending on platform and configuration.
Conclusion
A cigarette making machine is a complete automated production system that forms, wraps, seals, cuts, attaches filters, and inspects cigarettes in one continuous process. The right machine for any factory is determined by matching the production speed tier to the annual volume target — then confirming parts availability, format capability, and budget. For a complete comparison of high-speed vs mid-speed platforms, see our High Speed vs Mid Speed Cigarette Machine guide. For the complete cigarette production line context, see our Cigarette Production Line Equipment guide. For tobacco machinery suppliers in USA who supply cigarette making machines across all speed tiers, see our dedicated suppliers page.
