What physically changes for 000

• Segment bore: the dosing wheel cavities must be machined to 000 geometry (body ~26 mm long). Many turrets top out at size 00.

• Capsule separator: the vacuum separator must hold the larger, heavier 000 cap without tearing the band; standard separators mis-grip and jam.

• Dosing dwell: the bigger body needs more time in the dosing station, so turret timing is retuned, not just the bore swapped.

• Closing station: oversized shells need more precise cap-to-body alignment to avoid "popped" or mis-closed capsules.

Speed impact and why

Because the dosing station dwell lengthens, 000 throughput falls to roughly 60–70% of the size-0 rate on the same machine. A filler rated 90,000 caps/hr at size 0 typically delivers 54,000–63,000 caps/hr at 000. Quote delivery against the 000 number, not the brochure number.

Changeover from size 0 / 00 to 000

Total changeover to 000 is about 2–2.5 hours if all parts are on hand; double that if the bore must be machined to order (4–8 weeks lead).

Measured configuration data

The last row is the trap: a standard separator on a 000 shell jams constantly. The dedicated configuration recovers yield.

Compliance specifics

Require EU GMP readiness, FDA 21 CFR 211 for the US, CE (Machinery Directive 2006/42/EC), ISO 9001; ISO 13485 if a device is involved. For 000 specifically, auditors check the overfill-control logic and the separator's effect on shell integrity — document both in the OQ.

Real cases (anonymized)

• Middle East veterinary: 1,150 mg antibiotic in 000. Standard separator jammed at 6%; switching to a reinforced 000 separator dropped jams to 0.5% and restored 60,000 caps/hr.

• Southeast Asia nutraceutical: 800 mg mineral in 000, dedicated bore, 58,000 caps/hr, EU GMP export.

• EU probiotic CDMO: low-density 000, dosator dosing on a 000-configured turret, 28,000 caps/hr with 2.4% RSD.

Pain points

• Mis-separation jams from a standard separator on oversized shells.

• Shell distortion if closing alignment is not retuned for 000.

• Speed collapse versus the brochure's size-0 rating.

Misconceptions

• "Universal fillers take 000." Many stop at 00; confirm the bore.

• "Just swap the scoop." You also need separator, timing and closing changes.

• "Speed is the same." Expect a 30–40% drop at 000.

Machine differences for 000

Procurement pitfalls

• Not stating 000 in the RFQ — receive a size-00-capped machine.

• Changeover parts not quoted or not in stock; 4–8 week bore lead.

• No separator-jam and closure-yield criterion in the SAT.

FAQ

Will my current filler run 000?

Only with a dedicated 000 segment bore, reinforced separator and retuned timing — confirm before buying.

Why is 000 slower?

The larger body needs a longer dosing dwell; plan for 60–70% of the size-0 rate.

What is the jam risk with a standard separator?

High — up to 6% on oversized shells; a reinforced 000 separator drops it under 1%.

How long is changeover to 000?

About 2–2.5 hours with parts on hand; weeks if the bore is machined to order.

Does 000 meet EU GMP?

Yes, with CE, validated dosing and documented separator/closure performance.

Which dosing method for 000?

Tamping-pin for most; dosator for low-density powders.

Is 000 suitable for humid Middle East plants?

Yes — use thick-wall shells and a dehumidified feed zone to prevent distortion.

What should the SAT measure?

Speed at 000, separator jam rate, closure yield and fill RSD — not just "fills 000."