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Accueil / Équipements / Broyeur à jet d’air / Aseptic Jet Mill System (4th-generation disc-type) – SED-5QLF-A
SED-5QLF-A
Sur devis
SED-5QLF-A
SED · SED-5QLF-A · En vedette

SED-5QLF-A

La description complète de ce modèle est encore en cours de traduction. Consultez les détails en anglais ou demandez des informations à notre équipe. English

SED-5QLF-A Aseptic Jet Mill System (4th-generation disc-type). German-derived design compliant with GMP, cGMP and FDA. Throughput 2.0–5.0 kg/h, particle size D90 adjustable 5–90 μm, milling chamber Φ100 mm, 4 Laval nozzl

China GMP (2010) and Chinese Pharmacopoeia (2015) compliantGEP, ICH and ISPE guidelinesIEC, NEC and CE (IEC60204-1) compliantFDA cert for filter bags (Sefar) and EPDM seals (Newman)German EU certificate for filter bagsExplosion-proof: Zone 21/22, EXdIIBT4, IP65, with explosion-proof certificate
Délai de livraison
Sur devis
Cadence
2–5 kg/h

Fonctionnement

Disc-type jet milling — high-velocity gas drives material tangentially inside the milling chamber where particles collide and shear to break down. A precision feeder delivers material to a Venturi tube which creates vacuum and draws particles into the cylindrical chamber; Laval nozzles convert compressed gas to kinetic energy that carries particles in circular motion, achieving micronization through particle-on-particle attrition. Centrifugal force keeps coarser particles at the wall while fines migrate to the center and exit with the air stream into a cyclone separator; a small fraction is captured in filter bags and the cleaned exhaust is vented through a safety filter.

Processus de fonctionnement
1Disc-type jet milling — high-velocity gas drives material tangentially inside the milling chamber where particles collide and shear to break down.
2A precision feeder delivers material to a Venturi tube which creates vacuum and draws particles into the cylindrical chamber; Laval nozzles convert compressed gas to kinetic energy that carries particles in circular motion, achieving micronization through particle-on-particle attrition.
3Centrifugal force keeps coarser particles at the wall while fines migrate to the center and exit with the air stream into a cyclone separator; a small fraction is captured in filter bags and the cleaned exhaust is vented through a safety filter.

Caractéristiques techniques

Caractéristiques de la variante : SED-5QLF-A

Caractéristiques

Modèle
SED-5QLF-A
Cadence
2–5 kg/h
Fluides et énergie
380 V 50 Hz, 40 A, total 10 kW; clean compressed air 0.6-0.8 MPa, 200 L/min, dew point < -20°C; jet-mill working pressure 0.2-1.2 MPa, 2 m³/min standard gas consumption
Détails de conformité
Product contact 316L EP Ra≤0.25μm, non-contact 304 Ra≤0.40μm; weld grinding Ra≤1.60μm; thread ISO 228/1; flange DIN 3633/DIN 2576; quick-clamp Kamlock; explosion zone 21/22 EXdIIBT4 IP65.
Pression d’air
Working pressure 0.2-1.2 MPa; standard gas consumption 2.0 m³/min

Dimensions

Emprise au sol
Isolator outer 3770 × 965 × 2560 mm (LxWxH); milling chamber inner 1350 × 700 × 1650 mm; transfer chamber 1000 × 700 × 1000 mm; egress chamber 1000 × 700 × 1000 mm

Matériaux

Matériaux en contact
316L stainless steel (milling chamber two solid CNC plates, screw feeder, cyclone, collection vessel, filter housings); electro-polished Ra ≤ 0.25 μm; mirror-polished welds Ra ≤ 1.60 μm
Matériaux du bâti
316L stainless steel for product contact; 304 stainless steel for non-product contact, polished Ra ≤ 0.40 μm; 15 mm tempered-glass viewing panels

Caractéristiques principales

4th-generation disc-type jet mill, milling chamber Φ100 mm
Throughput 2.0-5.0 kg/h, working pressure 0.2-1.2 MPa
4 Laval nozzles; gas consumption 2.0 m³/min
Output particle size adjustable D90 5-90 μm; D100<10, D95<5, D90<3 μm achievable on certain materials
Milling chamber: two solid CNC-machined plates, no welds, no rotating parts, no dead zones — easy to disassemble and clean
Patented closed-loop nitrogen circulation system — low energy, low operating cost vs open-loop
Anti-stick design with butterfly concave-convex chamber profile and arc transitions for sticky/electrostatic materials
Self-cleaning twin-screw feeder, 2.0-6 kg/h, screw 2.7-130 rpm, 0.37 kW Ex motor, 5 L hopper
Single-point integrated shake-bag collector — collection rate ≥98%
Safety filter 0.22 μm protects against bag rupture
Diaphragm valves and ball valves on product-contact lines (Gemu, Germany)
Sefar (Switzerland) electrostatically-conductive polyester filter bags with 316L conductive thread; FDA + EU certified
EPDM seals (Newman, USA) with FDA cert and material report
Explosion-proof Zone 21/22, EXdIIBT4, IP65, with explosion-proof cert
Siemens 12-inch explosion-proof touchscreen + Siemens PLC + Siemens VFD; Schneider electricals
4-tier user permissions, alarm history, batch reports via USB
Pressure / Δp transmitters interlocked with PLC for closed-loop process control
Integrated with ORBS aseptic isolator (3 chambers: transfer / milling / out, 3770×965×2560 mm), 13 glove ports, CSM gloves, VHP-resistant
Inflatable door seals; 15 mm tempered-glass viewing panels
True aseptic-grade jet mill: B-grade environment with A-grade inside the mill
Gentle, low-temperature, contamination-free milling for heat-sensitive, low-melt, sugary, volatile or high-purity APIs
Closed-loop nitrogen recirculation drastically cuts N2 cost and explosion risk vs open-loop
Tongji University fluid-dynamics PhD team behind chamber design — published CFD simulations
Field-installable explosion-proof HMI keeps operators outside the panel
Lifetime free commissioning support; 24/7 phone support with 30-min response SLA
Full IQ/OQ/PQ + DS/FS/DQ/FAT documentation and material certs

Applications

Aseptic micronization of APIs
Dry milling of heat-sensitive, low-melting, sugary, volatile or high-purity materials
Crystalline materials with low-to-medium hardness (Mohs ≤ 9) and stickiness
High-potency drug milling within isolators

Secteurs

Pharmaceutical (aseptic API)
High-potency drug manufacturing
Fine chemical

Marques des composants

PLC
Siemens
Explosion-proof touchscreen 12"
Siemens
VFD
Siemens
Circuit breakers / relays
Schneider
Diaphragm valves
Gemu
Filter bags
Sefar
EPDM seals
Newman
Pressure / Δp transmitters
Zhejiang Supcon
Temperature sensor
Sipai
SED
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Conformité

China GMP (2010) and Chinese Pharmacopoeia (2015) compliant
GEP, ICH and ISPE guidelines
IEC, NEC and CE (IEC60204-1) compliant
FDA cert for filter bags (Sefar) and EPDM seals (Newman)
German EU certificate for filter bags
Explosion-proof: Zone 21/22, EXdIIBT4, IP65, with explosion-proof certificate
Welding per ASME IX
Standards options: ISO, DIN, IDF, SMS, 3A, JIS
DS / FS / DQ / FAT / IQ / OQ / PQ documentation provided

Nettoyage et entretien

CIP and SIP supported; quick-clamp connections (Kamlock) for full disassembly; manual shake handle for filter-bag cleaning

Documentation

Fiche technique (PDF)
Aperçu de l’équipement, caractéristiques et dimensions · Document d’origine (anglais)
Demander au service commercial
Manuel opérateur
Installation, fonctionnement et dépannage · Document d’origine (anglais)
Demander au service commercial
Fiche comparative (Standard et Économique)
Comparaison des configurations · Document d’origine (anglais)
Demander au service commercial
Protocoles IQ / OQ / PQ
Documentation de validation pour la conformité GMP · Document d’origine (anglais)
Demander au service commercial
Protocoles FAT / SAT
Essais de réception en usine et sur site · Document d’origine (anglais)
Demander au service commercial
Plans CAD (STEP / IGES / DWG)
Plans d’ingénierie pour l’implantation · Document d’origine (anglais)
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Certificats d’étalonnage
Niveau sonore, résistance de terre, rigidité diélectrique et rugosité · Document d’origine (anglais)
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DQ (qualification de la conception)
Protocole complet de qualification de la conception · Document d’origine (anglais)
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Certificats matières
Composition de l’acier inoxydable 316L · Document d’origine (anglais)
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