Confirm the format
Outer diameter, height, flange geometry, lid material and nesting affect mold, feeding and sealing design.
CF240 · Four-lane rotary platform
Coffee Capsule Filling and Sealing Machine CF240
Configure capsule feeding, servo-auger dosing, nitrogen flushing and lid sealing around one approved capsule, lid, coffee and FAT protocol—not around an isolated speed claim.
120 capsules/minDocumented actual production capacity; sample validation still required
Four lanesRotary capsule feeding, filling, lidding and sealing sequence
37–54 mm ODCapsule range requires a confirmed drawing and matching mold
220 V, 1-phaseReference electrical configuration; destination utilities must be confirmed
Selection boundary
Select the capsule process before fixing the machine configuration
Short answer
The CF240 is a project-configured four-lane rotary machine for filling and sealing coffee capsules. The correct configuration depends on the controlled capsule and lid drawings, powder behavior, target dose, nitrogen requirement, utilities and accepted FAT output.
Confirm the product
Grind size, flow, density and dose determine auger, hopper, agitation and settling requirements.
Confirm acceptance
Record output, weight control, residual oxygen, seal integrity, rejects and test duration in the FAT protocol.
Documented CF240 data
Technical reference for layout and URS review
These values come from the current CF240 source document. They define a reference configuration, not an unconditional performance guarantee for every capsule or coffee.
Swipe horizontally to review the full specification table.
| Model | CF240 four-line coffee capsule filling and sealing machine |
|---|---|
| Documented actual capacity | 120 capsules/min; sustained accepted output must be confirmed with the approved capsule, coffee, lid and FAT duration |
| Capsule dimensions | Outer diameter 37–54 mm; height 28–50 mm; dedicated mold and drawing approval required |
| Lid format | Pre-cut lid reference model; documented lid outer diameter 37–54 mm |
| Reference dosing system | Servo-controlled auger; the source states capability can reach ±0.1 g, subject to coffee properties, target dose, setup and FAT method |
| Nitrogen connection | Included in the reference scope; the source states residual oxygen can reach about 5%, subject to supply purity, flow, headspace, sealing and test method |
| Power supply | Single-phase 220 V |
| Main motor / total power | 1.5 kW / 7 kW |
| Compressed air | 0.6–0.8 MPa; documented consumption 0.8 m³/h |
| Noise reference | <70 dB in the source document; confirm the measurement condition and final line scope |
| Machine dimensions | 3500 × 950 × 1800 mm |
| Machine weight | 1500 kg |
| Process controls | Automatic waste rejection and overload stop in the documented configuration |
| Documented electrical brands | Schneider PLC, HMI, servo and inverter; SICK encoder; Omron temperature controller; AirTAC pneumatic components |
Important: the source document contains both an actual-capacity value and a higher development-speed statement. This page uses the narrower documented actual capacity. Final accepted output belongs in the signed URS and FAT protocol.
Process evidence
Review the stations as one timed capsule process
The machine is not just an auger filler. Feeding, mold transport, dosing, lid placement, nitrogen timing and sealing must remain stable together.
Four-lane capsule feeding
Validate capsule orientation, release, mold seating and missing-capsule detection using production samples.
Acceptance evidence: sustained feeding run and reject record.
Servo-auger dosing
Set the auger and hopper around grind, bulk density, target dose and settling behavior.
Acceptance evidence: filled-capsule weight data under agreed sampling conditions.
Format-specific mold set
Approve the capsule drawing and physical sample before mold manufacture. Similar nominal diameters can still differ at the flange and wall.
Reference changeover timing must be verified with the approved tools and operator.
Pre-cut lid placement
Confirm lid stiffness, curl, pickup reliability and placement tolerance before testing final seals.
Acceptance evidence: placement faults and seal-area contamination record.
Controlled heat sealing
Approve temperature, dwell, pressure and lid/capsule compatibility through a defined seal-integrity test.
Do not use visual appearance alone as the release criterion.
Detection and rejection
Define how missing, mis-seated, underfilled and improperly lidded capsules are detected and segregated.
Acceptance evidence: fault challenge, alarm and reject verification.INMAYPACK engineering note
The accepted capsule matters more than the isolated maximum speed.A stable line is the result of the capsule, coffee, lid, nitrogen supply and sealing window working together. I would not release a CF240 project from one no-load speed demonstration. The FAT should run the approved materials long enough to record weight control, residual oxygen, seal integrity, rejects and recovery from defined faults.
Project scope
Separate the reference machine scope from optional line equipment
Listed in a reference CF240 quotation
- Pre-cut lid configuration
- Automatic vacuum feeder
- One Nespresso-compatible reference mold set
- Nitrogen connection entrance
- Dust-removal device
Separately selected options
- Additional capsule mold sets
- Capsule weighing and reject equipment
- Nitrogen generator and dryer
- Coffee grinder and air compressor
- Flavor injection, vibrator feeder or lid-cutting device
Project-specific commercial and service scope
Warranty coverage, exclusions, replacement-part responsibility, freight terms, production timing, installation support and commissioning arrangements are confirmed in the issued project quotation for the approved CF240 configuration.
The final schedule begins only after the capsule and lid drawings, dosing requirements, utilities, compliance scope and FAT protocol are agreed. Remote support or on-site service is quoted according to the destination and site-readiness requirements.
Related decision paths
Compare the capsule format before fixing the coffee line
Buyer questions
CF240 coffee capsule machine FAQ
What production capacity is documented for the CF240?
The CF240 source table lists an actual production capacity of 120 capsules per minute. Sustained accepted output must be demonstrated with the approved capsule, coffee, lid, settings and FAT duration.
Which capsule sizes can the CF240 handle?
The source document lists capsule outer diameters of 37–54 mm and heights of 28–50 mm. This range does not replace drawing approval: each capsule and lid still needs the matching mold and feeding/sealing review.
Can the CF240 fill Nespresso-compatible and K-Cup formats?
Those formats can be evaluated when their controlled drawings and samples fall within the confirmed machine and mold scope. A reference quotation lists one Nespresso-compatible mold set; K-Cup or other formats require separate mold and process confirmation.
Is ±0.1 g filling accuracy guaranteed for every coffee?
No. The source states that the servo-auger filling capability can reach ±0.1 g. Actual control depends on grind, density, flow, target dose, hopper conditions, sampling method and line speed, so the accepted value belongs in the FAT protocol.
Can nitrogen flushing reduce residual oxygen to 5%?
The source states that the configuration can reach about 5% residual oxygen. The result depends on nitrogen purity and flow, capsule headspace, coffee, timing, lid placement, seal integrity and the measurement method. Confirm the target and test method before manufacture.
How long does capsule mold changeover take?
The source gives a reference of about 30 minutes. Treat that as a configuration and operator reference, not a universal guarantee. Verify the approved mold set, tools, cleaning steps and restart checks during FAT.
What are the CF240 payment, delivery, warranty and service terms?
Payment milestones, production and delivery timing, warranty coverage, spare-parts responsibility and service arrangements are stated in the issued quotation for the approved CF240 configuration. The schedule is confirmed after the capsule and lid drawings, dosing requirements and FAT protocol are agreed.
Send the capsule, lid and coffee before requesting a final CF240 configuration
INMAYPACK will review the format, dose, nitrogen target, utilities, accepted output and downstream scope before issuing the project quotation and FAT boundary.