Pharmaceutical Mixers | Uniform Blending – GMP Compliant | T&T MACHINERY

Ribbon Mixer TRB-1700, manufactured by T&T MACHINERY, offers a much faster mixing time and higher efficiency compared to conventional mixing machines.

🎥 Video:
Ribbon Mixer TRB-1700, designed and installed by T&T MACHINERY at APA NANO TECHNOLOGY CO., LTD — one of the leading veterinary enterprises in Vietnam and Southeast Asia.

Introduction to the Ribbon Mixer

The Ribbon Mixer (also known as a Ribbon Blender) is a widely used piece of equipment in the pharmaceutical, food, and chemical industries.
It is designed to mix powders, granules, or low-viscosity materials efficiently and uniformly.

Main Components

Mixing Blades (Ribbon Blades):
Consist of two layers of double-helix ribbons — the outer ribbon moves the materials in one direction, while the inner ribbon pushes them in the opposite direction.
This counter-flow motion creates thorough and homogeneous mixing.

Mixing Chamber:
U-shaped design made of stainless steel, ensuring hygiene and corrosion resistance.

Motor:
Provides power to the mixing blades and can be equipped with variable-speed control for flexible operation.

Discharge System:
A bottom discharge valve allows easy and complete unloading of mixed materials.

Applications in the Pharmaceutical & Food Industries

• Mixing various food powders such as coffee, sugar, and milk powder.

• Mixing pharmaceutical powders and excipients for tablet or capsule production.

• Achieving high-precision blending to ensure consistent product quality.

• Fully GMP-compliant, meeting strict hygiene and safety standards for production.

Rocking Mixer developed by T&T MACHINERY is a gentle mixing device designed specifically to preserve the physical integrity of pharmaceutical and cosmetic materials during blending.

🎥 Video: Rocking Mixer RK-500L installed at An Phu Khang Cosmeceuticals Factory

🔍 Introduction to the Rocking Mixer

The rocking mixer, also known as a rocking-type blender, is a gentle mixing machine commonly used in pharmaceutical applications to homogenize ingredients without damaging their physical structure. It operates using a rocking motion, which gently stirs materials back and forth, ensuring uniform mixing without shear force – unlike conventional high-speed mixers.

🧩 Main Components

1. Base Frame and Supporting Structure

• Constructed from stainless steel (SUS304 or SUS316L) or high-grade aluminum alloy to ensure durability and corrosion resistance.

• Provides sturdy support for all functional components and ensures stable machine operation.

2. Rocking Mechanism

• Consists of a mixing platform or tray holder that tilts back and forth at a set angle.

• The rocking movement causes the materials to flow in a wave-like motion, gently blending the contents evenly.

3. Drive Motor

• Supplies the power needed for the rocking motion.

• Typically an electric motor equipped with speed control, allowing adjustment of rocking speed and angle as required by the process.

4. Control Panel

• Includes control buttons or touch interface to adjust mixing parameters such as speed, angle, and time.

• Some models come with digital displays or PLC-based systems for easy monitoring and programmable operation.

5. Anti-Vibration and Noise Reduction System

• Equipped with rubberized feet or dedicated anti-vibration supports.

• Helps reduce operational noise and minimize vibration transmission to surrounding equipment.

💊 Applications in the Pharmaceutical and Biotech Industries

• Powder Mixing: Ideal for blending fine powders, especially those prone to clumping or damage when using high-speed mixers.

• Biological Solution Mixing: Frequently used in laboratories and biopharmaceutical production to mix liquids containing live cells or delicate biomaterials without causing damage.

• Pre-Packaging Homogenization: Supports pre-compression or pre-encapsulation processes, ensuring uniformity before critical manufacturing stages like tableting or capsule filling.

V-Type Mixer manufactured by T&T MACHINERY is used to efficiently mix various kinds of dry powders or small granules without damaging the material structure.

Video: V-Type Mixer (Model V-300) by T&T MACHINERY | V Blender

Introduction to the V-Type Mixer

The V-type mixer is a common piece of equipment in the pharmaceutical, food, and chemical industries. It is designed to uniformly blend dry powders or small granules efficiently, while preserving the integrity of the materials.

Features of the V-Type Mixer

• V-shaped design: Consists of two cylindrical sections joined together in a V-shape, allowing materials to be evenly distributed during rotation.

• Natural mixing mechanism: As the machine rotates, the materials in both chambers move continuously and fall into the center, mixing thoroughly without generating strong compressive forces.

• No dead corners: Ensures more uniform mixing compared with conventional horizontal mixers.

• Material: Typically made of stainless steel 304 or 316 to ensure pharmaceutical-grade hygiene and durability.

Working Principle

1️⃣ Load the materials into the mixing chamber through the feeding port.
2️⃣ The mixer rotates slowly, continuously moving materials from both arms of the V into the central zone for uniform blending.
3️⃣ After the mixing time is complete, open the discharge valve to release the finished product.

Applications in the Pharmaceutical Industry

• Mixing medicinal powders and excipients.

• Blending ingredients before tablet compression.

• Mixing dry powders for the production of granules and capsules.

Cubic mixer TLP-400, manufactured by T&T MACHINERY, is used to mix powder before tablet compression, capsule filling, or packaging, or to blend excipients with active ingredients to ensure uniform distribution.

Video: T&T Cubic mixer TLP-400 | Cubic mixer

Introduction to the Cubic mixer TLP-400

Cubic mixer TLP-400 is designed with a cube-shaped mixing chamber that enables uniform blending by rotating in multiple directions. In the pharmaceutical industry, it is widely used to mix powder before tablet pressing, capsule filling, or packaging, or to mix excipients and active ingredients to ensure even distribution.

Main Components

1. Cubic Mixing Tank

• Shape: The cubic shape allows multidirectional movement, optimizing the mixing process.

• Material: Usually made from SUS 304 or SUS 316 stainless steel, meeting GMP standards, corrosion-resistant, and easy to clean.

• Capacity: Varies from several dozen to hundreds of liters, depending on production needs.

• Inlet and Outlet:

  • Inlet: For feeding materials into the tank.

  • Outlet: For discharging the mixed materials after completion.

2. Rotation System (Main Shaft + Drive Motor)

• Main Shaft: Rotates the tank in multiple directions, ensuring efficient mixing.

• Electric Motor:

  • Provides the power to rotate the tank.

  • Adjustable speed depending on the mixing requirements.

3. Machine Frame & Support Stand

• Material: Typically made of stainless steel or steel with anti-corrosion properties.

• Function:

  • Stabilizes the tank during rotation.

  • Reduces vibration during operation.

4. Control Panel

• Functions:
  ✅ Set mixing time.
  ✅ Adjust rotation speed.
  ✅ Display machine operating status.

• Control Type: Mechanical push buttons or touch screen, depending on the model.

5. Safety System

• Automatic Stop Sensor: Shuts down the machine automatically if a malfunction occurs or if the door is not properly closed.

• Protective Cover: Ensures operator safety during rotation.

Working Principle

1. Feeding the Material

Powder or granular materials are loaded into the mixing tank.
The load typically occupies 40–70% of the tank volume to achieve optimal mixing.

2. Multi-Directional Rotation

When the machine starts, the cubic tank rotates around its axis, generating complex movement patterns.
Its special shape ensures not only horizontal but also vertical and circular mixing motions.

3. Dispersion and Homogenization

During rotation, the materials are continuously lifted and dropped, leading to even distribution.
The multi-directional flow prevents segregation and ensures high uniformity.

4. Completion of Mixing

After a set time (depending on the material and process requirements), the machine stops.
The powder or granules reach the desired uniformity.

5. Discharging

The blended mixture is discharged through the outlet.
The machine is easy to disassemble and clean, fully complying with GMP standards for pharmaceutical production.

Cubic mixer TLP-100, manufactured by T&T MACHINERY, is used to mix powder before tablet compression, capsule filling, or packaging, or to blend excipients with active ingredients to ensure uniform distribution.

Introduction to the Cubic mixer TLP-100

Cubic mixer TLP-100 is designed with a cube-shaped mixing chamber that enables uniform blending by rotating in multiple directions. In the pharmaceutical industry, it is widely used to mix powder before tablet pressing, capsule filling, or packaging, or to mix excipients and active ingredients to ensure even distribution.

Main Components

1. Cubic Mixing Tank

• Shape: The cubic shape allows multidirectional movement, optimizing the mixing process.

• Material: Usually made from SUS 304 or SUS 316 stainless steel, meeting GMP standards, corrosion-resistant, and easy to clean.

• Capacity: Varies from several dozen to hundreds of liters, depending on production needs.

• Inlet and Outlet:

  • Inlet: For feeding materials into the tank.

  • Outlet: For discharging the mixed materials after completion.

2. Rotation System (Main Shaft + Drive Motor)

• Main Shaft: Rotates the tank in multiple directions, ensuring efficient mixing.

• Electric Motor:

  • Provides the power to rotate the tank.

  • Adjustable speed depending on the mixing requirements.

3. Machine Frame & Support Stand

• Material: Typically made of stainless steel or steel with anti-corrosion properties.

• Function:

  • Stabilizes the tank during rotation.

  • Reduces vibration during operation.

4. Control Panel

• Functions:
  ✅ Set mixing time.
  ✅ Adjust rotation speed.
  ✅ Display machine operating status.

• Control Type: Mechanical push buttons or touch screen, depending on the model.

5. Safety System

• Automatic Stop Sensor: Shuts down the machine automatically if a malfunction occurs or if the door is not properly closed.

• Protective Cover: Ensures operator safety during rotation.

Working Principle

1. Feeding the Material

Powder or granular materials are loaded into the mixing tank.
The load typically occupies 40–70% of the tank volume to achieve optimal mixing.

2. Multi-Directional Rotation

When the machine starts, the cubic tank rotates around its axis, generating complex movement patterns.
Its special shape ensures not only horizontal but also vertical and circular mixing motions.

3. Dispersion and Homogenization

During rotation, the materials are continuously lifted and dropped, leading to even distribution.
The multi-directional flow prevents segregation and ensures high uniformity.

4. Completion of Mixing

After a set time (depending on the material and process requirements), the machine stops.
The powder or granules reach the desired uniformity.

5. Discharging

The blended mixture is discharged through the outlet.
The machine is easy to disassemble and clean, fully complying with GMP standards for pharmaceutical production.