Laboratory 3D Mixer

 

Built to support lab‑based research and small‑scale production runs, our 3D lab mixer can thoroughly blend powders, granular feeds and various other dry solid substances. Most ordinary mixers merely operate with simple single‑axis spinning. Our machine operates differently: it generates dynamic three‑dimensional movement, so materials move freely in every direction within the mixing housing.

During operation, materials keep circulating and rearranging constantly. It delivers well‑homogenized blends with fewer dead mixing zones and less risk of material segregation. Featuring a small physical footprint, flexible process settings and swap‑able mixing pots, this equipment is widely used for pharmaceutical research, chemical lab work, food product development, new‑material exploration and pilot tests.

For your small‑batch, high‑cost trial samples, our lab‑grade 3D powder mixer lets you observe real‑world mixing behaviour directly. Tests carried out on this machine help validate your formulas before you scale them up for large‑volume production machinery.

 

 

Our lab 3D mixer delivers blending performance through combined spinning, shifting and tipping movements. As the mixing drum swings along multiple axes, contents inside keep being lifted, flipped, rolled and spread throughout the vessel.

This multi‑axis action encourages more frequent particle‑to‑particle contact and breaks apart areas where materials clump together. Instead of pushing your entire material batch along one fixed path, this 3D movement creates sophisticated flow patterns within the whole drum.

You may alter mixing parameters to suit your real‑material traits, including particle dimensions, bulk density, moisture level and material flow behaviour. This makes the machine a solid choice for lab trials, where you need to test different mixing speeds and cycle durations for your work.

 

 

Our lab‑type 3D mixer is built with several core functional parts, outlined below:

Mixing Vessel: This vessel contains your raw materials while the machine is running. We can offer vessels in many different volumes to fit whatever batch size you need. Stainless steel is widely preferred for most projects, thanks to its long service life, good anti‑corrosion performance and straightforward cleaning process.

3D Drive Assembly: This drive unit produces the compound motions essential for 3‑dimensional blending. Its transmission setup keeps motion performance consistent, even when the equipment goes through countless repeated work cycles.

Motor and Speed Regulation: The motor delivers power to drive the whole blending system. Thanks to variable‑speed capability, you can fine‑tune machine motion to suit the distinct properties of your powders or granular materials.

Control Interface: The control interface can be equipped with digital speed tuning, timer functions, start‑stop buttons and other practical features meant for daily lab testing work.

Safety Features: Optional add‑ons including safety guards and interlock safety switches are available. These accessories avoid unintended contact with moving parts while the unit is in operation.

 

 

Consistent 3‑Way Blending: What makes our lab‑scale 3D mixer stand out is its multi‑directional motion. With constant tumbling and material re‑arrangement inside the vessel, different ingredients achieve better contact and yield much more evenly blended batches.

Space‑Saving Lab‑Oriented Build: This unit is developed for labs, R&D departments, universities and pilot workshops that often face limited installation space. Its small physical footprint allows it to fit seamlessly into your existing lab working routines.

Flexible Mixing Parameter Setup: You can modify mixing speed and cycle duration depending on your test materials and target formulas. This enables you to compare various operating set‑ups and figure out the most suitable mixing parameters for your lab trials.

Convenient Feeding & Discharging: We can tailor the mixing vessel for straightforward material loading and discharge. Multiple vessel opening styles and structural options are available to match your material traits and regular lab workflows.

Straightforward Cleaning Work: For users running frequent formula switches, the mixer comes with smooth product‑contact surfaces and detachable vessels. These features greatly simplify cleaning work and speed up batch‑to‑batch material changeover.

Minimal Material Residue: We optimize the inner shape of mixing vessels to reduce sharp corners and recessed spots where powder tends to pile up. This advantage proves especially valuable when you process costly pharmaceutical raw materials, special‑purpose chemicals or high‑value research samples.

 

 

Model	SYH-5L	SYH-10L	SYH-20L	SYH-30L	SYH-40L	SYH-50L
Barrel capacity(L)	5	10	20	30	40	50
Manufacturability(L)	4	8	16	24	32	40
Total Power(kw)	0.55	0.75	0.75	1.1	1.5	1.5
Mixing speed (r/min)	21	21	21	19	19	19
Weight(kg)	50	80	120	150	200	250
Dimensions(mm)	800×850×900	800×950×900	900×1000×900	900×1000×1000	1000×1100×1200	120×1300×1200

 

 

We can fabricate the product‑wetted sections of our lab‑scale 3D mixer out of stainless steel, depending on your actual working scenarios.

For pharmaceutical, food and other hygiene‑critical projects, we offer SS316L for all material‑touching surfaces. This material grade brings better corrosion resistance and simplifies thorough cleaning. SS304 is another viable option for routine laboratory work and general‑purpose industrial use.

We can talk through multiple custom options for you, such as alternative vessel materials, surface treatments, sealing components and joint layouts. All these custom selections will align with your processing materials and your standard cleaning routines.

 

 

Our lab‑grade 3D powder mixing machine handles R&D tasks and small‑batch sample preparation for a broad range of industrial fields.

Pharmaceutical Sector: Within pharmaceutical work, operators blend active drug components, excipients, dry compound mixes and other pharmaceutical powders while developing formulas and carrying out lab tests.

Chemical Sector: It performs well for combining chemical powders, additives, catalysts, pigments and various dry raw feedstocks.

Food and Nutraceuticals: For food and health‑supplement projects, it supports lab‑scale product development of nutrition powders, food additives, seasoning blends and other dry recipe components.

New Material Research: For advanced‑material studies, this unit works with ceramic powders, metal powders, battery‑related substances, electronic raw materials and other high‑performance powder samples.

Universities & Research Institutions: Boasting a compact footprint, this machine is a great fit for university and research‑center labs. Typical work includes lab experiments, sample preparation, formula exploration and new‑process development.

Pilot‑Scale Trials: You can also run pilot tests on this device to work out optimal mixing settings. This step comes before you choose a larger production‑grade powder blender for mass‑scale manufacturing.

 

 

Choosing suitable lab mixing gear involves more than just checking its nominal capacity. Multiple key points will guide your final selection: particle‑size distribution, bulk density, material flow behaviour, formula proportion, target mixing homogeneity, and your cleaning standards.

Our lab‑scale 3D mixer is built to deliver controllable, reproducible mixing performance for research users, while keeping a compact footprint fit for lab environments. We can customise it with different tank volumes, construction materials, control modules and vessel geometries to fit your unique project needs.

Lots of pharmaceutical and material‑research work comes with small batch sizes and frequent formula adjustments. Under such circumstances, flexible custom set‑ups help you raise overall efficiency for your lab test work.

 

 

Every laboratory has its own unique mixing standards and operational demands, so we offer comprehensive customization options for our 3D lab mixers to match diverse application scenarios. Our adjustable customization items cover all core parts and functional settings, as listed below:

Mixing tank volume Stainless steel material grade Vessel structure and opening style Adjustable mixing speed range Smart control system configuration Timing function and programmable operation modes Safety interlock protection device Installation type: bench-top or floor-standing Surface treatment of material-contact parts Specialized custom vessel structure Global voltage and electrical standard adaptation

Whether you have special demands for powder properties, batch processing volume, mixing uniformity standards or equipment cleaning specifications, we can tweak and optimize the machine configuration perfectly to fit your actual lab usage needs.

 

 

What materials can be mixed with a Laboratory 3D Mixer?

This lab 3D mixer is mainly tailored to process dry powders, granular materials and other free-flowing dry solids. A variety of factors will decide whether the equipment works well for your materials, including particle size, bulk density, moisture level, flow performance and formula proportion.

What is the difference between a 3D mixer and a conventional powder mixer?

Most traditional powder mixers only run with simple fixed-axis single rotation. By contrast, the 3D mixer adopts multi-directional composite motion. It creates continuous tumbling and material re-distribution inside the tank, which effectively optimizes material circulation and delivers better overall mixing quality.

Is this equipment suitable for pharmaceutical R&D?

Yes, it is highly applicable for pharmaceutical research and development. Equipped with small-batch processing capacity, flexible adjustable operating parameters and sanitary stainless steel wetted parts, the machine fits perfectly for pharmaceutical formula development and lab-scale powder blending. We can customize the final equipment configuration to fully comply with your GMP specifications and sanitary cleaning standards.

Can the mixing container be customized?

Absolutely. We provide full personalized customization for mixing vessels. You can adjust key configurations such as tank capacity, manufacturing material, opening structure and surface finish, all customized to fit your actual application needs.

How do I select the right capacity?

Capacity selection cannot merely depend on the nominal tank volume. You need to comprehensively consider your actual batch size, material bulk density, tank filling ratio and expected mixing results. If you provide detailed information about your materials and production batches, we can recommend the most suitable equipment configuration for you.

 

 

A high-quality lab mixing device must feature stable running motion, adjustable operational settings, easy cleaning access, and strong adaptability for various test materials. Our custom-built Laboratory 3D Mixer is precisely engineered to meet these core demands, delivering a cost-effective and reliable mixing solution for lab testing and small-batch powder and granule processing.

No matter you are working on pharmaceutical formula development, new powder material testing, or pre-production pilot batch preparation, we can tailor the mixer configuration to match your unique material properties and actual processing needs.

Feel free to get in touch with us with detailed information including your material type, working batch size, target capacity and specific mixing standards. We will recommend the most suitable 3D laboratory mixer solution for your application scenarios.

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