Desktop Filling-Capping Monoblocks: Lab-Scaled Automation for Precision Packaging
Demand for compact filling-capping machines has surged, driven by lab space constraints and in-situ packaging needs. Desktop monoblocks deliver full automation in minimal footprints—engineered for precision dosing of liquids, creams, and serums in vials, bottles, or tubes.
Like industrial systems, these benchtop units offer flexible dosing: peristaltic pumps (sanitary, easy-clean tubing), piston fillers (high-viscosity pastes), or gear pumps (shear-sensitive fluids). Configure as semi-automatic (manual cap loading) or fully automatic with vibratory cap orienters for hands-free operation.
Integrated Operations: Combines filling, capping, and container handling in a single unit, optimizing workflow for limited spaces.
Mounting: Designed for tabletop installation to minimize floor-space usage.
Control System: Digital touchscreen panels with PLC automation for precise parameter adjustments (e.g., dose volume, capping torque).
Construction: Stainless steel (AISI 304L/316L) contact parts for hygiene-critical industries like pharma and cosmetics.
| Parameter | Range | Details |
|---|---|---|
| Container Volume | 3 мл – 200 ml | Suitable for small vials, bottles, and tubes. |
| Throughput | Up to 3,000 vial/h | Ideal for low-to-medium production volumes. |
| Dosing Systems | Piston or peristaltic pumps | Piston: High accuracy for viscous products (creams, serums). Peristaltic: Sanitary, quick-change tubes for liquids (e.g., antiseptics, e-liquids). |
| Capping Options | Screw caps, press-in stoppers | Supports plastic/aluminum screw caps, dropper inserts. |
Pharma/Veterinary: Filling vaccines, infusion solutions, or nasal drops in GMP-compliant setups.
Cosmetics: Precision dosing of serums, essential oils, or sanitizers.
Chemicals: Handling aggressive liquids (e.g., lab reagents) with corrosion-resistant materials.
Feeding Systems: Vibratory bowl orienters or elevator feeders for caps.
Labeling Integration: Optional side/front-back label applicators.
Specialized Modules:
Laminate hoods with HEPA filtration for cleanrooms.
Product recirculation systems to maintain temperature-sensitive fluids.
| Feature | Desktop Models | Industrial Models |
|---|---|---|
| Footprint | Compact (tabletop) | Large (floor-mounted) |
| Output | ≤3,000 vial/h | 5,000–20,000+ vial/h |
| Automation | Semi-auto/full-auto | Fully automated with conveyor integration |
| Use Case | R&D, pilot batches, SMEs | Mass production (beverages, chemicals) |
Quick Changeover: Tool-free disassembly for cleaning or product swaps (<20 mins).
Cost Efficiency: Lower investment vs. rotary lines; minimal training required.
Scalability: Modular design allows upgrades (e.g., adding capping heads).
❌ Not Suitable for Carbonated Drinks: Requires pressure-assisted fillers.
❌ Limited Container Size: Max 200 ml; larger volumes need floor models.
Lead Time: Typically made-to-order (3–7 weeks) 811.
Target-Industry Applications:
- Pharma Labs: Vaccine/Rx vial filling (0.5–100ml)
- Cosmetic R&D: Serums, essential oils in amber bottles
- Biotech: Cell culture media in sterile tubes
- Chemicals: Reagents in child-safe caps
Modularity: Start semi-auto → upgrade to full automation later.
Cleanroom Ready: Optional laminar flow hood integration (ISO Class 5).
Data Compliance: Audit trails, electronic batch records (21 CFR Part 11).
Global Voltage: 110V-220V-380V/50-60Hz for SE Asia/Africa/LatAm.
🌐 Request Compliance Audit: Free gap analysis with throughput simulation.
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