Features:
- Multiple use for all requirement of pathological micro biological, chemical physical and in other laboratories
- Double walled inner S.S .buff finish and exterior of G.I/M.S having epoxy powder coating finish in regular model
- Inner 316 S.S & exterior 304 S.S matt finish in GMP Model
- Choice of controller from capillary type thermostat or solid state digital tem Controller
- High precision cGMP model includes single speed stirrer PID controller round edges corner &elegant in design
- range: 5c above ambient to 95c
- A perforated false bottom in all bash and choice for accessories to select
- Operates on 230 volts
Technical Specifications:
| Part NO. |
Chamber Size (LXWXD) |
Temp. Controller |
Temp. Accuracy |
Watts |
| 11330-A |
12”X9”X7” |
Capillary type Thermostat |
±2c |
1.5 k.w |
| 11330-B |
18”X12”X7” |
Capillary type Thermostat |
±2c |
2.0 k.w |
| 11330-C |
12”X9”X7” |
Microprocessor Based PID temp. Controller |
±0.5c |
1.5 k.w |
| 11330-D |
18”X12”X7” |
Microprocessor Based PID temp. controller |
±0.5c |
2.0 k.w |
| 11330-E |
12”X9”X7” |
High grade Precision c GMP series |
±0.1c |
1.5 k.w |
| 11330-F |
18”X12”X7” |
High grade Precision c GMP series |
±0.1c |
2.0 k.w |
A Universal Water Bath is versatile and commonly used for:
- Sample Incubation: Providing a stable environment for sample incubation.
- Temperature Control: Maintaining a consistent temperature for various lab applications.
- Heating Solutions: Warming liquids for dissolving, melting, or chemical reactions.
- Thawing Samples: Safely thawing frozen samples under controlled conditions.
- Viscosity Testing: Supporting viscosity testing of liquids.
- Culturing Microorganisms: Creating a controlled environment for microbial cultures.
- Quality Control: Ensuring temperature consistency for quality assurance.
- Laboratory Experiments: Used in various scientific experiments and procedures.
- Educational Purposes: Widely utilized in educational labs for teaching and demonstrations.
- Multi-Purpose Applications: Adaptable for diverse temperature-dependent processes in laboratories.
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