Turbo-driven Veterinary Anesthesia YR06104
The Turbo-driven Veterinary Anesthesia Ventilator YR06104 combines technical features for laboratory routines, operational continuity and a coherent equipment selection process.
This page provides an overview of the Turbo-driven Veterinary Anesthesia Ventilator YR06104, including selection criteria, investment factors, operational advantages and maintenance recommendations. The aim is to support an informed decision before requesting a quotation.
This Kalstein model is available for laboratories in Netherlands, with selection criteria adapted to local purchasing, installation and support conditions.
Key factors to consider
Before selecting the Turbo-driven Veterinary Anesthesia Ventilator YR06104, confirm workflow, available space, required accessories and installation conditions. This prevents oversizing the purchase and helps prepare a more accurate quotation.
Its use is oriented to laboratory routines that require observation, control and operational continuity.
For the market in Netherlands, evaluation should consider local context such as agro-tech, biotech, EU CE marking and match the product to the real workload of the laboratory.
Market price range
The investment should be evaluated according to configuration, required accessories, installation conditions and available technical support.
The final price may vary according to configuration, accessories, logistics, warranty and territorial availability. Compare the technical sheet with the real laboratory workload before confirming the investment.
In Netherlands, budget comparison should include CE references, 230V/50Hz power conditions, accessories, logistics and after-sales support.
Value for money
Equipment value depends on operational stability, required accuracy, ease of maintenance and accessory availability.
Value for money should be reviewed together with equipment stability, after-sales support, technical documentation and expected service life. A well-matched selection reduces downtime and improves return on investment.
Advantages and disadvantages
Its use is oriented to laboratory routines that require observation, control and operational continuity.
Main advantages include specialized application, integration with laboratory routines and accessory configuration. Limitations may include installation requirements, user training and preventive maintenance to preserve performance.
Expected lifespan based on use and maintenance
Model YR06104 Tidal volume (TV) 20-1500 ml Breathing rate (Freq) 1-150 bpm Spontaneous breathing rate (Freq_Spont) 0-150 lpm Ratio of inhalation and exhalation (I:E) 9.9:1-1:9 adjustable Hold time 0-50% Flow trigger sensitivity (F_Tring) 0.5-20 L/min, OFF Pressure Trigger Sensitivity (P_Tring) -1-20 cmH2O, OFF End-expiratory pressure 3-20 cmH2O, OFF SIMV frequency (Fre_SIMV) 2-60 bpm Inspiratory time (T_Insp) 0.
Service life depends on usage frequency, cleaning, storage, calibration when applicable and adherence to technical recommendations. A structured maintenance plan helps preserve accuracy, safety and operational continuity.
Support and spare-parts availability oriented to Netherlands helps preserve service continuity and plan preventive maintenance without extended downtime.
Specifications table for the Turbo-driven Veterinary Anesthesia YR06104
Turbo-driven Veterinary Anesthesia YR06104
Características
- Los parámetros de ventilación se calculan automáticamente ajustando sólo el peso del animal
- Ligero y fácil de trasladar, ahorra espacio en el hospital de animales
- Con modo de respiración VCV, PCV, SPONT, etc. para satisfacer diferentes requisitos clínicos
- Con el modo SPONT, ventilación automática mientras el animal no tiene respiración espontánea
| Model | YR06104 |
| Tidal volume (TV) | 20-1500 ml |
| Breathing rate (Freq) | 1-150 bpm |
| Spontaneous breathing rate (Freq_Spont) | 0-150 lpm |
| Ratio of inhalation and exhalation (I:E) | 9.9:1-1:9 adjustable |
| Hold time | 0-50% |
| Flow trigger sensitivity (F_Tring) | 0.5-20 L/min, OFF |
| Pressure Trigger Sensitivity (P_Tring) | -1-20 cmH2O, OFF |
| End-expiratory pressure | 3-20 cmH2O, OFF |
| SIMV frequency (Fre_SIMV) | 2-60 bpm |
| Inspiratory time (T_Insp) | 0.1-12 s |
| Pressure support (PS) | 0-60 cmH2O |
| Inspiratory pressure (T_Insp) | 0-60 cmH2O |
| Expiratory tidal volume | 0-2500 ml |
| Inspiratory tidal volume | 0-2500 ml |
| Minute Ventilation (MV) | Display range: 0-99 L/min Use range: 0-25 L/min |
| Spontaneous minute ventilation (MV_Spont) | Display range: 0-99 L/min Use range: 0-25 L/min |
| Peak pressure (Ppeak) | 0-80 cmH2O |
| Platform pressure (Pplat) | 0-80 cmH2O |
| Mean pressure (Pmean) | 0-80 cmH2O |
| Inhaled oxygen concentration (FiO2) | 15-100% |
| End-expiratory pressure (PEEP) | 0-20 cmH2O |
| Driving gas pressure (Press_Drive) | 0-900 kPa |
| Paw-T waveform | Pressure monitoring range: 0~120 cmH2O; X-axis: 0~10 s |
| Flow-T waveform | Y-axis: -1800~180 L/min X-axis: 0~10 s |
| V_T waveform | Z-axis: 0~2000 L/min X-axis: 0~10 s |
Frequently Asked Questions about the Turbo-driven Veterinary Anesthesia YR06104
How do I choose the right Turbo-driven Veterinary Anesthesia YR06104 for my laboratory?
Selection should start from workload, critical technical parameters, available space and frequency of use. Kalstein can support the comparison between operational needs, budget and maintenance requirements to avoid choosing equipment that is oversized or insufficient.
What should I review before requesting a quotation?
Review the model, technical specifications, required accessories, electrical conditions, consumables, delivery timing and installation needs. With this information, the quotation can be prepared more accurately and aligned with the laboratory workflow.
Does Kalstein provide guidance for this type of equipment?
Yes. The commercial and technical team can support product evaluation, explain differences between models, answer application questions and advise on preventive maintenance, spare parts and documentation required for a secure purchase.
What maintenance helps extend the equipment lifespan?
Follow the manufacturer manual, perform regular cleaning, verify calibrations or controls when applicable, avoid workload abuse and keep maintenance records. Stable use and preventive routines reduce failures and improve operational continuity.