Stoklu siparişleriniz aynı gün kargoda!

Microplate Washer INNO-W8

Fiyat Sorunuz

Advanced automated microplate washing system with microprocessor control and liquid level detection for maximum laboratory efficiency

Microprocessor-controlled fully automated washing
Intelligent liquid level detection with overflow alarm
Self-balancing wash head with dual-point aspiration
User-friendly touchscreen interface
Customizable wash protocols and parameters
Up to 200 programmable wash protocols
Multiple microplate type compatibility
Adjustable incubation and shaking cycles
Low residue aspiration (<1μl per well)
Compact design with 80W power consumption

Compare

Add to wishlist

Kargolama ve Teslimat

Kurye Teslimatı

Kuryemiz belirtilen adrese teslimat yapacaktır.

2-3 Gün

Ü.A. Kargo

Aras Kargo Teslimatı

Aras Kargo kuryesi belirtilen adrese teslimat yapacaktır.

1-3 Gün

Ücretsiz Kargo

Garanti 2 yıl

Daha fazla detay

14 Günlük ücretsiz iade

Daha fazla detay

The INNO-W8 is an advanced microplate washing instrument designed to maximize laboratory productivity and throughput. Featuring microprocessor-controlled automation, it completes plate washing cycles with precision and consistency. The integrated liquid level sensing function automatically detects fluid levels and provides audible alarm alerts when cleaning solution is insufficient or waste liquid overflow is detected. The user-friendly operating interface enables customization of microplate type, wash cycle counts, solution volume, wash method, aspiration points, incubation time, and shaking duration. The self-balancing wash head performs two-point aspiration and bottom-washing operations. Two automated wash modes with programmable incubation and shaking cycles are time-adjustable to minimize adsorbance interference during reaction.

Technical Specifications

Wash Head Channels	8-channel and 12-channel options
Compatible Microplate Types	Four types: flat bottom, U-bottom, V-bottom, round bottom
Average Residual Volume	<1μl per well
Liquid Aspiration Time Range	0.1–999.9 seconds adjustable, 0.1 second increments
Wash Line Time Range	0–240 seconds adjustable
Programmable Wash Protocols	Up to 200 programs
Display	7-inch touchscreen
Liquid Injection Channels	3 (2 wash solution types and 1 distilled water)
Wash Needle Position Options	6 types (horizontal, left, center, right, bottom, well spacing)
Power Consumption	80W
Power Supply	AC 220V±10%, 50/60Hz; 110V±10%, 60Hz
Packaging Dimensions (L×W×H)	690×490×400 mm
Gross Weight	22 kg

Applications

Clinical immunoassay and ELISA testing
High-throughput microplate screening
Diagnostic laboratory automation
Research and development microplate processing
Pharmaceutical assay and QC workflows
Microplate reader sample preparation
Multiplex immunoassay protocols

Frequently Asked Questions

What microplate types are compatible with the INNO-W8?

The INNO-W8 supports four microplate bottom configurations: flat bottom, U-bottom, V-bottom, and round bottom wells for maximum compatibility with standard and specialty microplates.

Can I customize the wash parameters?

Yes. The intuitive touchscreen interface allows full customization of wash cycle counts, solution volumes, wash methods, aspiration points, incubation duration, and shaking parameters. Up to 200 different protocols can be programmed and stored.

What is the minimum residual volume after aspiration?

The INNO-W8 achieves an average residual volume of less than 1μl per well, ensuring thorough and efficient microplate cleaning.

Does the INNO-W8 have liquid level monitoring?

Yes. The integrated liquid level detection automatically monitors cleaning solution and waste reservoirs, providing an alarm alert when solution is low or when waste approaches overflow capacity.

What wash head options are available?

The INNO-W8 is available with either 8-channel or 12-channel wash heads to accommodate different microplate formats and throughput requirements.

What power specifications are required?

The INNO-W8 operates on AC 220V±10% (50/60Hz) or 110V±10% (60Hz) and consumes only 80W of power, making it suitable for standard laboratory electrical infrastructure.