Lab Powder Mixer | Powder Mixing Equipment

Description

The HD Type Three-dimensional Mixer is a novel materials mixing machine suitable for pharmaceutical, chemical, foodstuff, light industry, and R&D institutes. It excels at achieving a highly uniform mixing of powders or granular materials with good mobility.

The mixer's multi-directional movement enables effective blending at multiple points, resulting in superior mixing uniformity compared to conventional mixers. Its well-designed shape eliminates dead corners, and the polished surfaces inside and outside the mixing tank facilitate easy material discharge and cleaning.

With an enclosed mixing design, the HD Type Three-dimensional Mixer ensures a contamination-free working environment and materials.

Product Video

Finished Product Display

Specification

ITEM	TYPE
ITEM	HD100	HD200	HD400	HD600	HD800	HD1000
Volume of tank	100 L	200 L	400 L	600 L	800 L	1000 L
Max.load capacity	75 L	160 L	320 L	480 L	640 L	800 L
Max.load weight	50 kg	100 kg	200 kg	300 kg	400 kg	600 kg
Rotary speed of the Main shaft	O-15 r/min
Power	1.5Kw	2.2Kw	4Kw	5.5 Kw	7.5 Kw	11 Kw
Size(LWH)	150012001500	175014001800	220015501880	225018502100	250020002200	270022002250
Weight	500 kg	800 kg	1200 kg	1500 kg	2000 kg	2500 kg

FAQ - Have any questions?

What is the capacity range of the HD Type Three-dimensional Mixer?

The capacity of the HD Type Three-dimensional Mixer typically ranges from 75L to 800L, accommodating varying batch sizes.

What materials can be mixed using the HD Type Three-dimensional Mixer?

This mixer is suitable for blending powders, granules, or similar materials used in pharmaceutical, food, or chemical industries.

How efficient is the mixing process with the HD Type Three-dimensional Mixer?

The HD Type Mixer ensures efficient blending due to its three-dimensional movement design, promoting thorough mixing and homogeneity.

Is the mixing process uniform and consistent with the HD Type Mixer?

Yes, the three-dimensional movement ensures uniform mixing, maintaining consistency across batches.

Can the HD Type Mixer handle fragile materials during mixing?

Yes, it's designed to mix delicate or fragile materials gently to prevent breakage or damage.

What safety features are integrated into the HD Type Three-dimensional Mixer?

Safety features may include emergency stop buttons, overload protection, and safety guards, ensuring secure operations.

How is the cleaning process for the HD Type Mixer?

The machine is designed for easy cleaning and maintenance, with removable parts and accessible surfaces for efficient cleaning.

Can the mixing intensity or speed be adjusted or customized?

Yes, some models may allow for adjustable mixing intensity or speed based on specific material requirements.

Is the HD Type Mixer suitable for mixing materials with varying densities?

The mixer is often equipped to handle materials with different densities, ensuring thorough blending despite varying properties.

What technical support is provided with the purchase of the HD Type Three-dimensional Mixer?

Comprehensive technical support, including setup guidance, training, and ongoing assistance, is typically offered to ensure optimal use of the equipment.

Investment Return Analysis: Growth Prospects for HD Type Three-dimensional Mixer

Market Potential:

Industry Demand: The HD Type Three-dimensional Mixer caters to diverse industries like pharmaceuticals, food, and chemicals, meeting the increasing demand for efficient blending solutions.

Continual Growth: With industries continually expanding, the need for advanced mixing equipment to enhance production efficiency amplifies the demand for the HD Type Mixer.

Competitive Advantage:

Three-dimensional Mixing Design: The mixer's three-dimensional movement ensures thorough blending, offering an edge over conventional mixers.

Versatility: Its capability to blend various dry materials, including fragile substances, makes it versatile for different industry applications, widening its market appeal.

Technological Advancements:

Innovation Potential: Future enhancements or technological upgrades could improve its efficiency and adaptability, ensuring its competitiveness.

R&D Investment: Continued research and development efforts may lead to improved functionalities and increased market competitiveness.

Cost Efficiency:

Operational Cost Savings: Efficient mixing reduces production time and material wastage, contributing to cost savings over the long term.

Resource Optimization: Its ability to handle various materials optimizes resource utilization, aligning with sustainable manufacturing practices.

Conclusion:

Investing in the HD Type Three-dimensional Mixer offers promising returns as it aligns with the escalating demand for efficient and versatile mixing solutions across multiple industries. Its competitive advantages in efficiency, versatility, and potential technological advancements position it favorably for significant market uptake.