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NJP 800 Kapselverkapselungsmaschine

NJP-800C
NJP-800C
NJP-800C
NJP-800C
NJP-800C
NJP-800C
NJP-800C
NJP-800C
NJP-800C
NJP-800C

NJP 800 Kapselverkapselungsmaschine

NJP 800 capsule encapsulation machine automates the entire process: orienting and separating empty capsules, precisely filling them with powder, granules, or pellets, locking the caps and bodies, and ejecting the finished capsules. This seamless operation ensures exceptional dosage accuracy and minimizes human intervention.

Ideal for large-volume outputs in pharmaceutical manufacturing, nutraceutical, and herbal supplement industries, these machines are built to comply with strict cGMP standards. They significantly boost production efficiency while reducing labor costs and contamination risks, making them the core equipment for modern capsule production lines. Also can connected blister packing machine and capsule bottling line.

Spezifikation:

48.000 Verschlüsse/h

Passend für #000-5 Kapsel

Modulares Design, Formwechsel 15 Minuten

15 Tage Lieferzeit, 3 Jahre Garantie

How is the automatic capsule filler working?

A fully automatic capsule filling machine works by: first orienting and separating empty capsules, then precisely filling them with powder or pellets, finally rejoining the cap and body before ejecting the finished, sealed capsules—all in one continuous operation.

Hauptmerkmale

Produktionskapazität 48.000 Stück/h
Anwendbares Produkt Kraft, Granulat, Pellet
Leistung 380/220 V, 50 Hz (anpassbar)
Nettogewicht der Maschine 1000 kg
Gesamtgröße der Maschine 1510×1220×2050mm

NJP-800C Advantages

The NJP-800C capsule filling machine drastically reduces labor costs through full automation.

It ensures excellent dosage accuracy and weight consistency for product quality.

It minimizes contamination risks with enclosed and hygienic design.

It ensures consistent and reliable 24/7 operation with minimal downtime.

It provides a rapid return on investment by maximizing efficiency and yield.

Hauptteile

Capsule Filling Machine Troubleshooting: Fixing Jams, Weight Variation & Setup Issues

As a production manager or facility owner, nothing halts your momentum quite like a malfunctioning capsule filling machine. Downtime is costly, and inconsistent output can jeopardize product quality and your bottom line.

We understand these pressures intimately. Based on decades of industry experience, we’ve compiled the most common capsule filling machine problems and their practical solutions to help you get back to peak efficiency quickly.

1. Persistent Machine Jams and Capsule Damage

Why it Happens

Capsule Quality Issues: Poorly sized or deformed empty capsules (especially the caps and bodies) are the primary culprits for capsule filling machine jams.

Misaligned Parts: Wear and tear can cause the molds, filling rods, or dosing disks to fall out of precise alignment.

Environmental Factors: High humidity can cause powdered ingredients to clump, increasing friction, or even make gelatin capsules sticky.

How to Solution Machine Jams and Capsule Damage

Source Quality Capsules: Always use certified, high-quality empty capsules from reputable suppliers that meet strict size tolerances.

Schedule Regular Maintenance: Routinely check and calibrate critical alignment points. Follow the manufacturer’s fully automatic capsule filling machine maintenance schedule for lubrication and part replacement.

Control Your Environment: Maintain a controlled production environment (temperature 20-24°C, humidity 40-50% RH) to prevent powder and capsule issues.

2. Inconsistent Capsule Fill Weight

Why it Happens

Powder Characteristics: The powder density variation is a leading cause. Fine, cohesive powders can bridge (not flow evenly), while coarse, granulated powders may segregate.

Dosing Disk Incompatibility: The wrong type or size of dosing disk for your specific powder formulation will never achieve accurate capsule fill weight accuracy.

Machine Calibration: Over time, the filling rods can loosen, or the mechanism that controls their pressure can drift, leading to inconsistent powder compression.

The Solution

Improve Powder Flow: Use excipients like magnesium stearate or consider granulation to improve your powder’s flowability and prevent separation.

Select the Right Tooling: Choose the dosing disk and powder feeder methods that best suit your product’s density and flow characteristics. Pneumatic and screw feeding for your choice.

Calibrate Religiously: Establish a strict capsule machine calibration procedure. Check and adjust filling rods height and pressure at the start of each batch and at regular intervals.

3. Difficult and Time-Consuming Setup & Debugging

Why it Happens

Complex Adjustment Points: Older or manual machines have numerous knobs and settings that require a highly experienced operator for capsule filler setup.

Lack of Documentation: Inadequate or confusing machine manuals make the process slower and prone to error.

Fear of Error: Operators may be hesitant to make adjustments for fear of causing a jam or wasting materials, leading to prolonged downtime.

The Solution

Invest in User-Friendly Design: Modern semi-automatic capsule filling machines and automatic models from feature simplified, tool-less adjustments and touch screen display, drastically reducing setup time and skill requirements.

Comprehensive Training: Ensure operators are fully trained on the specific machine. We provide detailed operational training and clear guides with every purchase.

Standardized Procedures (SOPs): Create a visual, step-by-step Standard Operating Procedure for changeover and setup to eliminate guesswork.

Why Choose ruidapacking Machines?

Understanding these capsule filling issues is core to our design philosophy. Our machines are engineered to minimize these very problems:

Precision Engineering: For superior weight consistency and reduced jams.

Intuitive Controls: To make debugging capsule fillers a straightforward task for any operator.

Durable Construction: For reliable performance and minimal maintenance needs.

Stop struggling with constant troubleshooting. Contact ruidapacking today to discover how our reliable and efficient capsule filling solutions can optimize your production line for consistent quality and output.

Automatic vs. Semi-Automatic Capsule Filling Machines: Guide to Choosing Right

Ruidapacking is committed to the production, research and development, sales and after-sales service of pharmaceutical and packaging machinery, and provides complete solutions to more than 3,000 companies: how to choose fully automatic and semi-automatic capsule filling machines. This choice isn’t about which machine is “better” in absolute terms, but which is perfect for your specific output and operational goals. Let’s break down the key factors from a practical, ROI-driven perspective.

Understanding Your Core Needs: It Starts with Volume

The single most important question is: what is your daily or weekly production requirement?

For the Low to Mid-Volume Producer (1,000 – 50,000 capsules per day)

If you’re a startup, a compounding pharmacy, a clinical research organization (CRO), or a business producing specialty supplements, a semi-automatic capsule filling machine is often your most strategic choice.

Vorteile: Lower initial investment cost, minimal space requirements, and incredible flexibility for short runs and frequent product changeovers. They are excellent for R&D capsule filling and small-batch production.

Nachteile: Higher labor dependency (requires an operator to manually cap the plates), and a slower output speed compared to automatics.

For the High-Volume Producer (50,000+ capsules per shift)

If your business is focused on mass production for the market, an automatic capsule filling machine is not a luxury; it’s a necessity.

Vorteile: Dramatically higher capsule production capacity (often 30,000 to 150,000+ capsules per hour), significantly reduced labor costs per capsule, and fully automated operation from empty capsules to finished product.

Nachteile: Substantially higher capital investment, more complex installation, and requires dedicated space and potentially more robust infrastructure (compressed air).

Key Decision Factors Beyond Output

After volume, consider these critical aspects:

Labor Cost vs. Capital Investment: This is the fundamental trade-off. A semi-auto capsule machine saves you money upfront but has a recurring operational cost (operator time). An automatic capsule filling system requires a larger upfront investment but drastically reduces your variable labor costs over time. Calculate your return on investment (ROI) based on your local labor rates.

Operational Flexibility vs. Streamlined Efficiency: Do you need to switch between 10 different powder formulations in a single day? The semi-automatic model offers superior flexibility for changeover. Is your goal to run one or two products for 8 hours straight with minimal intervention? The automatic model’s continuous production capability is unbeatable.

Abschluss

There is no one-size-fits-all answer. Your choice hinges on a clear-eyed assessment of your production volume, budget constraints, and growth trajectory.

Choose a Semi-Automatic Machine if you value flexibility, have lower output needs, or are budget-conscious. It’s the undisputed champion for small-scale capsule production and prototyping.

Invest in an Automatic Machine if your goal is high-volume, cost-effective manufacturing with minimal labor. It is the engine of large-scale commercial production.

My final advice: Partner with a manufacturer that offers both types. This indicates they understand the entire market and can provide unbiased advice. Request live video demos, ask for customer references in a similar business, and meticulously calculate your total cost of ownership, not just the purchase price.

At ruidapacking, we’ve helped businesses of all sizes navigate this exact decision.

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