Heavy-duty industrial valve for fluid control by APS Technology
Heavy-duty industrial valve for fluid control by APS Technology
Durable stainless steel valve used in bulk handling and chemical processing
Durable stainless steel valve used in bulk handling and chemical processing
High-performance valve for irrigation and fluid transfer systems
High-performance valve for irrigation and fluid transfer systems

APPLICATIONS

  • Animal Care: Routine monitoring during examinations and recovery

  • Emergency Use: Rapid assessment in urgent situations

  • Operating Room: Continuous monitoring during procedures

  • Mobile Veterinary Care: Portable solution for on-the-go monitoring

FEATURES

  • Compact and ergonomic handheld design

  • Multi-parameter monitoring capability

  • Veterinary-specific algorithms for enhanced accuracy

  • Multi-mode display with trend recording

  • Sound and light dual alarm system

  • Adjustable screen brightness

  • Bluetooth connectivity for data transmission

  • Dedicated charging base with connectivity support

  • Long-lasting lithium battery (up to 5 hours)

VM-30 Palm Veterinary Monitor

VM-30 Palm Veterinary Monitor

The VM-30 Palm Veterinary Monitor is a compact, handheld solution designed for accurate and real-time monitoring of vital signs in veterinary environments. Built with an ergonomic design and advanced monitoring technologies, it delivers reliable performance across animal care, emergency, and surgical applications.

With multi-parameter capability and portable convenience, the VM-30 enables healthcare professionals to monitor patients efficiently anytime, anywhere.

What Is A Handheld Veterinary Monitor?

A handheld veterinary monitor is a portable device used to measure essential parameters such as SpO₂, pulse rate, respiratory rate, temperature, and CO₂ levels. These devices are ideal for quick assessments, continuous monitoring, and mobile veterinary care where flexibility and speed are critical.

Benefits & Performance of Handheld VM-30

The VM-30 is engineered to provide stable and accurate readings even in challenging conditions such as motion or low perfusion. Its advanced veterinary-specific algorithms ensure dependable monitoring, supporting better clinical decisions.

Designed for ease of use, the VM-30 features a compact form factor, intuitive interface, and multi-mode display with trend recording. Its long-lasting battery and optional connectivity features allow seamless integration into modern veterinary workflows.

SPECIFICATIONS

Parameter

Details

SpO₂

Range: 0–100% • Accuracy: ±2% (70–100%) • Resolution: 1%

PR (Pulse Rate)

Range: 25–350 bpm • Accuracy: ±3 bpm • Resolution: 1 bpm

EtCO₂

Range: 0–20 vol% • Accuracy: ±(0.2 vol% + reading %) • Resolution: 1 mmHg

AwRR (Respiratory Rate)

Range: 0–150 rpm • Accuracy: ±1 rpm • Resolution: 1 rpm

TEMP

Range: 0–50°C • Accuracy: ±0.1°C • Resolution: 0.1°C

Dimensions

80 × 45 × 180 mm

Weight

<2 kg (without accessories)

FEATURES

  • Compact and ergonomic handheld design

  • Multi-parameter monitoring capability

  • Veterinary-specific algorithms for enhanced accuracy

  • Multi-mode display with trend recording

  • Sound and light dual alarm system

  • Adjustable screen brightness

  • Bluetooth connectivity for data transmission

  • Dedicated charging base with connectivity support

  • Long-lasting lithium battery (up to 5 hours)

APPLICATIONS

  • Animal Care: Routine monitoring during examinations and recovery

  • Emergency Use: Rapid assessment in urgent situations

  • Operating Room: Continuous monitoring during procedures

  • Mobile Veterinary Care: Portable solution for on-the-go monitoring

Conclusion

Why Choose VM-30

The VM-30 offers the perfect balance of portability, performance, and reliability. Its handheld design combined with advanced monitoring capabilities makes it an ideal solution for veterinary professionals who require accurate, flexible, and efficient patient monitoring in any setting.

Get in touch to discuss your specific needs

Get in touch to discuss your specific needs