Product Overview

The CSP300/600 Automatic Capsule Separating Machine is a specialized pharmaceutical recovery system designed to separate defective capsules and recover valuable powder contents efficiently while fully complying with GMP requirements. Unlike traditional manual capsule opening or crushing methods, the CSP300/600 automatically separates capsule caps and bodies, recovers powder through an integrated screening system, and minimizes contamination risks.

As capsule production volumes continue to increase, pharmaceutical manufacturers face growing challenges in handling rejected capsules caused by weight variation, shell defects, or filling inconsistencies. The CSP300/600 provides an economical and hygienic solution by recovering active ingredients from rejected capsules without damaging product quality.

Built with GMP-compliant stainless steel construction, the machine offers compact dimensions, low noise operation, easy mobility, and efficient powder recovery. It significantly reduces material waste, improves production efficiency, and eliminates direct contact between operators and pharmaceutical materials during the recovery process.

Features & Benefits

GMP-Compliant Powder Recovery

Automatically separates capsule shells and powder while preventing contamination and maintaining pharmaceutical hygiene standards.

High Recovery Efficiency

Recovers valuable powder from defective capsules, reducing raw material loss and production costs.

No Capsule Fragment Contamination

Unlike crushing methods, capsule shell fragments do not mix with recovered powder.

Fully Automatic Separation Process

Capsule caps and bodies are separated automatically, reducing labor intensity and improving productivity.

Compact and Mobile Design

Small footprint and lightweight construction allow flexible placement in production areas.

Stainless Steel Construction

Main contact parts are manufactured from GMP-compliant stainless steel for durability and easy cleaning.

Low Noise Operation

Provides a quiet and comfortable working environment for pharmaceutical production facilities.

Product Parameters

Product Application

The Capsule Separating Machine is widely used in:

• Pharmaceutical manufacturing plants
• Capsule production lines
• Nutraceutical factories
• Health supplement manufacturers
• Research laboratories
• GMP-certified production facilities
• Quality control departments
• Pharmaceutical recycling and recovery operations

Suitable for recovering powder from:

• Empty defective capsules
• Underfilled capsules
• Overfilled capsules
• Capsules with shell defects
• Rejected production batches
• High-value pharmaceutical formulations

                              
FAQ

1. What is the Capsule Separating Machine used for?

It is used to automatically separate defective capsules and recover valuable powder contents for reuse.

2. Can the recovered powder be reused?

Yes. The machine is designed to recover powder cleanly while meeting GMP requirements, making it suitable for further processing according to quality control procedures.

3. How does it differ from capsule crushing methods?

Traditional crushing methods mix capsule shell fragments with powder. The CSP300 separates shells and powder independently, ensuring cleaner recovery.

4. Is the machine GMP compliant?

Yes. Major contact components are manufactured from pharmaceutical-grade stainless steel and designed for GMP-compliant operation.

5. Does the machine require extensive operator involvement?

No. The separation process is automated, reducing labor requirements and minimizing operator contact with pharmaceutical materials.

6. What industries can use this machine?

Pharmaceutical, nutraceutical, health supplement, research laboratory, and capsule manufacturing industries.

7. Is the machine suitable for expensive pharmaceutical products?

Yes. It is particularly valuable for recovering high-cost active pharmaceutical ingredients (APIs) and specialty formulations.

8. Is the machine easy to move?

Yes. Its compact design allows flexible installation and relocation within production areas.