Why most systems are failing pet clinics
The Problem with Current Analyzers
Pet clinics are losing time and money on diagnostics:
• Fixed panels
• No customization
• Low throughput
• Not quantitative
• Multiple manual steps
But it doesn’t have to be this way. Want to see a different approach? Scroll down to learn more.
Fully Automated Biochemistry & Immunoassay Analyzer
Amarda-500
A high-performance diagnostic solution engineered for modern pet clinics, combining fully automated biochemistry and immunoturbidimetric analysis to deliver fast, reliable and quantitative results with minimal hands-on time.
Key Advantages
01
8-Wavelength Immunoturbidimetry
Integrated LED Light Source with Unified Optical Path ensures high-precision analysis. Engineered to deliver exceptional diagnostic performance and extended component lifespan.
02
Multi-Sample Compatibility
Versatile diagnostic capabilities with broad compatibility for multiple sample types including whole blood, serum, plasma, and urine, meeting diverse clinical laboratory needs.
03
Precision and Full Automation
Equipped with 25 refrigerated reagent positions and 30 incubation slots at 37°C. Enables simultaneous processing of 10 samples with intelligent external scanning for efficiency.
04
Powered by AI
Highly intelligent systems featuring liquid level detection, auto-dilution judgment, and automatic alerts for suction issues, all integrated with iCloud big data for seamless service.
Technical Performance Features
2 µL Accuracy (Absorbance Method)
Time
1
2
3
4
5
Absorbance
0.3170
0.3190
0.3200
0.3110
0.3150
Volume
2.1024
2.1157
2.1223
2.0626
2.0892
Average
2.0984
Accuracy
4.92%
CV
1.13%
Conclusion
Pass
mALB Repeatability (Measured)
QC
N
QC1 (30.45)
QC2 (204.14)
AV
20
28.30
212.46
CV
20
2.28%
1.31%
CRE Repeatability (Measured)
QC
N
QC1 (88.8)
QC2 (299.3)
AV
20
85.13
287.50
CV
20
2.69%
2.97%
β-HB Repeatability (Measured)
QC
N
QC1 (0.88)
QC2 (1.36)
AV
10
0.89
1.31
CV
10
3.11%
0.82%
AST Repeatability (Measured)
QC
N
QC1
QC2
AV
10
86.55
351.86
CV
10
2.56%
1.88%
200 ul Accuracy （Gravimetric Method）
No
After
Before
Volume
1
681.17
889.15
191.98
2
685.23
887.32
192.09
3
697.13
889.19
192.06
4
703.28
897.37
192.09
5
695.95
889.01
192.06
6
695.48
887.59
192.11
7
689.17
880.82
191.65
8
683.95
885.49
191.54
9
699.46
891.82
192.36
10
688.24
880.02
191.78
11
889.15
1080.62
191.47
12
887.32
1078.81
191.49
13
889.19
1080.75
191.56
14
895.37
1086.99
191.62
15
889.01
1080.50
191.49
16
887.59
1097.02
191.43
17
880.92
1072.26
191.44
18
885.49
1076.86
191.37
19
891.82
1083.44
191.62
20
880.02
1071.59
191.57
AV
191.74
Accuracy
-4.13%
CV
0.16%
Key Performance
- Minimum Sample Volume: 2 µL, CV ≤ 2%
- Maximum Reagent Volume: 200 µL, CV ≤ 2%
- Absorbance Linear Range: ≥ 2.0 abs
- Absorbance Stability: < 0.01
- Absorbance Repeatability: CV < 1.5%
- Incubation Temperature: 37°C ± 0.2°C
- Carry-over Rate: < 0.1%
- Minimum Reaction Volume: 180 µL
- Reagent Dead Volume: 500 µL
- Testing Speed: 100 tests/hour
- Tube Compatibility: 75mm / Micro
- Wavelengths: 340 nm - 700 nm