Yamato Rotary Shaker with Adjustable Flask Holder vs Yamato SA-320A — SA-320 Rotary Shaker with 4 Separating Funnel Holders
Specifications side by side
| Spec | Yamato Rotary Shaker | Yamato SA-320A — |
|---|---|---|
| Class | Capital — laboratory shaker | — |
| Weight | ~40 kg | Approx. 40 kg |
| Base model | Yamato SA320 (rotary shaker) + adjustable Erlenmeyer flask holder | — |
| Shaking speed | 20–210 rpm | 20–210 rpm |
| Speed setting | Dial setting | — |
| Shaking method | Horizontal / vertical rotary | Horizontal-turn / vertical-turn (rotary) |
| Included holder | Adjustable Erlenmeyer flask holder, 100–1000 mL (Part No. 232097) | — |
| Voltage / power | 115V or 220V single phase — confirm at order (see notes) | — |
| External dimensions | W460 × D460 × H423 mm | W460 × D460 × H425 mm |
| Motor | — | DC motor, 90 W |
| Timer | — | 0–60 min (5 min scale) + continuous (CONT) |
| Model / SKU | — | Yamato SA-320A (SA320 + 4× holder 232096) |
| Power source | — | Single phase AC115V, 2A, 50/60 Hz |
| Configuration | — | SA320 rotary shaker + 4 pcs separating funnel holder (Part No. 232096) |
| Shaking width | — | 40 mm |
| Speed control | — | Leonard thyristor system, non-stage (dial) |
| Bundled holders | — | 4 × separating funnel holder, 100–1000 mL (code 232096) |
Highlighted rows differ. Specs are sourced from manufacturer documentation.
FAQ
- What's the difference between the Yamato Rotary Shaker with Adjustable Flask Holder and the Yamato SA-320A — SA-320 Rotary Shaker with 4 Separating Funnel Holders?
- The main differences are in Class, Weight, Base model. The table above shows every spec side by side; the decision guide highlights which fits which use case.
- Which should I buy?
- It depends on your application and budget — compare the highlighted specs above. Our team can help you choose; request a quote and we'll advise.
- Do both carry a warranty?
- Yes — both are sold through Legacy Lab Supplies as an authorized distributor and carry full manufacturer warranty.
Still deciding? Our team compares options with you — no pressure.