Yamato, RE-212-AW2A, Standard Rotary Evaporator with Slide Jack Mechanism, BM312-A Water Bath (5L) & Glassware Set A, 220V
RE-212-AW2A Includes Only:
- Main unit
- 1 x AC adapter
- 1 x Power cable
- 1 x Bath guide
- 1 x Rear cover
- 1 x Single-sided tape fastener roll
- 1 x Double-sided tape fastener roll
- Glass set
- 1 x Cooling condenser (type B)
- 1 x Rotary joint
- 1 x Evaporation flask
- 1 x Receiving flask
- 1 x Ball joint clamp
- 1 x Flask clip
- 1 x Vacuum seal
- 1 x Condenser insulation kit
Features:
- Comes with a speed range at 5-315 rpm.
- Has a slide jack mechanism for convenient height adjustment.
- Designed with a vacuum controller (REV models)
- Standard rotary evaporator, water bath.
- Cables stored neatly inside the AC adapter holder at the back of the main unit.
- Flexible glassware and bath position. You can put them on the left or ride side, depending on your dominant hand and the unit's location.
- Rotary Evaporator is equipped with a condenser insulation kit, which prevents condensation on the condenser's surface.
- Anti-liquid stagnation glass condenser design, which improves durability of the vacuum seal.
- Has a servo-type motor with strong high torque, which sustains a stable rotation in large capacity flasks.
The Yamato rotary evaporator series is all about space and power. If you want a compact machine with incredible functionality, then this rotary evaporator series is for you. These rotavaps are particularly engineered for a small but growing lab or research facility.
This rotary evaporator unit is a market leader in rotation speed range at 5-315 rpm, which allows you more room to determine optimal evaporation performance. With its set inversion function, where glassware and bath can be set on either side, left or right, you won't have to spend your time worrying about space. The rotary evaporator units also have servo type motors, which maintain stability even in large capacity flasks. With these standard rotary evaporators in your lab, you will achieve consistent productivity - without sacrificing space and sample integrity.
