Next-Generation Flexibility for Complex Container Sealing
Throughput Comparison:
| System Type | Speed | Cap Complexity Handling |
|---|---|---|
| Robotic Cappers | 800-1,200 CPH | ★★★★★ (Sprays, droppers, pumps) |
| Rotary Cappers | 5,000-20,000 CPH | ★★☆ (Standard threads) |
| Linear Cappers | 1,000-5,000 CPH | ★★★ (Simple closures) |
| Component | Standard Model | Chemical Industry Model |
|---|---|---|
| Robotic Axes | 6-axis articulated | Heavy-duty 7-axis |
| Payload Capacity | 8kg | 25kg (for 20L cans) |
| Positioning Accuracy | ±0.05mm | ±0.1mm |
| Cap Recognition | 2D vision | 3D laser scanning |
| Compliance | CE, UL | ATEX, IECEx |
Dispenser Caps: Precise pump-stem alignment
Trigger Sprayers: Nozzle orientation + actuator engagement
Dropper Assemblies: Glass insert placement
ROPP Closures: Thread rolling on angled surfaces
CRC Systems: Child-resistant lock verification
| Parameter | Standard Model | Pharma Grade | Heavy-Payload |
|---|---|---|---|
| Reach | 1,100mm | 900mm | 1,600mm |
| Payload | 5kg | 3kg | 16kg |
| Accuracy | ±0.05mm | ±0.02mm | ±0.1mm |
| Speed | 1,200 cph* | 800 cph | 600 cph |
| Compliance | CE, UL | cGMP, FDA 21 CFR 11 | ATEX, SIL-2 |
| *Caps per hour |
| Application | Robotic Tooling | Sealing Method |
|---|---|---|
| Pharma Vials | Soft-grip EOAT | Flip-off crimping |
| Cosmetic Droppers | Micro-force control | Thread torque + tip insertion |
| Chemical Drums | ATEX-compliant gripper | Bung press-fit |
| E-Liquid Nozzles | Vision-guided alignment | CRC engagement |
| Irregular Containers | Contour-following system | Adaptive compression |
| Capability | Robotic System | Rotary Capper | Linear Capper |
|---|---|---|---|
| Container Flexibility | ★★★★★ | ★★☆ | ★★★☆ |
| Changeover Time | <15 min (digital) | 45-90 min | 30 min |
| Complex Geometries | Unlimited | Limited | None |
| Max Payload | 16kg | 5kg | 3kg |
| Space Efficiency | Floor/Ceiling Mount | Large footprint | Linear space |
Workflow:
Vision Inspection → Path Planning → Adaptive Sealing → Torque Verification
Key Components:
3D vision system (depth mapping)
Force-torque feedback sensors
Quick-change EOAT (End-of-Arm-Tooling)
HMI with recipe cloud storage
MES/SCADA connectivity (OPC-UA)
Pharma: Flip-off caps (K1-K3), lyophilization stoppers
Beverage: ROPP, crown caps, sports nozzles
Cosmetics: Airless pumps, CRC closures
Industrial: Drum bungs, jerrycan spouts
Specialty: Vape tips, nasal spray actuators
Patented Non-Stop Technology for 20L Cans:
Can Infeed → Laser Tracking → Synchronized Capping → Torque Verification → Outfeed
Performance Gains:
30% higher throughput vs. stop-and-go systems
Zero container deformation at 25kg payload
Eliminated conveyor indexing errors
Core Modules:
Cap Orientation:
Vibratory bowls (standard caps)
Orbital feeders (complex geometries)
Elevator systems (fragile components)
Robotic Workcell:
Dual end-effectors (gripping + capping)
Force feedback (0.1-10Nm range)
HMI with recipe management (50+ profiles)
Quality Assurance:
In-process torque monitoring
Seal integrity verification
Line Configuration:
Filler → Accumulation → Robotic Capper → Labeling → Packout
Essential Partners:
High-precision piston fillers (±0.5%)
Net weight systems for chemicals
Wrap-around labelers for cylindrical containers
| Metric | Improvement | Financial Impact |
|---|---|---|
| Throughput | 35-50% increase | $18k/month value at 2 shifts |
| Reject Rate | 70% reduction | $18k/year savings at 1% defect |
| Changeover | <15 minutes | 92% OEE vs. industry 84% |
| Labor | 2 operators → 0.5 | $65k/year savings |
+ 360° access to non-round containers
+ Self-calibrating torque control
+ Zero mechanical change parts
- Higher initial investment
- Requires robotics training
ROI Drivers:
65% reduction in changeover labor
32% increase in OEE for mixed-SKU lines
97.3% seal integrity with force feedback
Virtual Commissioning:
Digital twin simulation
Collision detection analysis
Validation Kits:
IQ/OQ documentation (pharma)
ATEX certification packages
Training:
Certified robotics programming
Preventative maintenance
Cap Analysis: 3D scanning of closures
Simulation: Digital twin validation
FAT: Performance sign-off at our facility
Installation: <5 days with training
Our ICRM-1000 system handles automotive chemical jerricans at 1,100 CPH with zero line stops — maintaining seal integrity even with 30% viscosity variations.
+ Handles oval containers & angled surfaces
+ Self-adapts to container height variations
+ Processes nested assemblies (pump+stem)
- Lower absolute throughput
- 20% higher capital cost
Ideal For:
Premium cosmetics with non-standard bottles
Chemical producers with diverse packaging
Lines requiring <15 minute SKU changeovers
Key Service Differentiators:
24-month performance guarantee
Remote diagnostics with AR support
Spare parts kits for 95% components
Our ICRM-1000 robotic cell seals complex containers that defeat traditional cappers:
Asymmetric perfume bottles
Oval cosmetic jars
Tilted nozzle vials
Variable-height drums
With 0.02Nm torque accuracy and self-adjusting toolpaths.»*
Precision Terminology Notes:
«CPH» (Caps Per Hour) for robotic throughput
«Jerricans» not «cans» (industrial standard)
«ATEX/IECEx» for hazardous environments
«OEE» for Overall Equipment Effectiveness
«EOAT» not «grippers»
«CRC» for Child-Resistant Closures
«ROPP» maintained as industry standard
«lyophilization stoppers» for pharma freeze-dried products
