HAND-OPERATED · 2 L
Alphie 2 L Manual
Small batches, flexible containers and hands-on development.
- Capacity
- 2 L
- Max. mixing mass
- 2 kg
- Motion
- Hand-operated
LAB & R&D / POWDER BLENDING
Small batches.
Big possibilities.
Explore Alphie laboratory powder blenders - from a hand-operated 2 L system to programmable 3 L and 10 L models. Match your batch, container and process to the right starting point.
THREE WAYS TO START
Find your laboratory blender.
Choose by working volume, material mass and the level of process control you need.
PROGRAMMABLE · 3 L
Alphie 3
Repeatable laboratory cycles and small, controlled batches.
- Capacity
- 3 L
- Max. mixing mass
- 5 kg
- Motion
- 10–80 rpm
PROGRAMMABLE · 10 L
Alphie 10
Larger development batches and small-batch production.
- Capacity
- 10 L
- Max. mixing mass
- 15 kg
- Motion
- 10–70 rpm
AT A GLANCE
A clearer comparison.
Nominal volume, usable fill and mixing mass describe different limits. The material and container determine the practical batch.
| Specification | Alphie 2 L Manual ↗ | Alphie 3 ↗ | Alphie 10 ↗ |
|---|---|---|---|
| Capacity | 2 L | 3 L | 10 L |
| Effective capacity | Confirm for your material | 2.4 L at 80% fill | 8 L at 80% fill |
| Maximum mixing mass | 2 kg | 5 kg | 15 kg |
| Container revolution | Hand-operated | 10–80 rpm | 10–70 rpm |
| Process control | Operator-controlled motion | Programmable speed, time & direction | Programmable speed, time & direction |
Published model specifications. Confirm container compatibility, working fill, electrical configuration and material suitability with Glen Mills.
FLEXIBILITY STARTS WITH THE VESSEL
One approach.
Different containers.
Explore removable containers, vials and bottles suited to the holder and batch. Discuss plastic, glass or stainless steel, plus polishing and electropolishing requirements.
- Dedicated vessels for cleaning and changeover
- Container adapters and small sample quantities
- Material-specific fill levels and mixing trials
DEVELOP AROUND YOUR MATERIAL
A laboratory full of possibilities.
From formulation to feasibility, begin with the blend and the result you need.
Pharmaceuticals
Formulations, excipients and low-concentration ingredients.
Metal powders
Development blends with varying particle sizes and densities.
Ceramics
Ceramic powder formulations and development batches.
Battery materials
Sensitive materials and controlled-atmosphere requirements.
Food & nutrition
Spices, nutritional powders, flavors and concentrates.
PROVE THE PROCESS
Your powder.
Your next decision.
Evaluate the blend, container and operating conditions before selecting a configuration. Discuss feasibility testing, representative samples or a rental for trials in your own facility.