LABORATORY AUTOMATION SYSTEM LABOSPECT TS
The LABOSPECT TS improves pre-analytical process efficiently and optimizes entire workflow.
Hitachi High-Tech continuously improves LABOSPECT series for reliable and efficient laboratory workflow.
The LABOSPECT TS was launched as high-throughput pre- and post-analytical solution balanced with high-throughput analyzers.
This page contains product information intended for the Japanese market.
Some images or details may include Japanese text. Specifications are subject to change without notice.
This page is intended for healthcare professionals
Countries of sale：
Japan：検体検査自動化システム LABOSPECT TS
China：日立样品检查自动化系统 LABOSPECT TS
Korea：검체 검사 자동화 시스템 LABOSPECT TS
Taiwan：日立樣品檢查自動化系統 LABOSPECT TS
Features
High-speed and compact transport line
A dedicated transport line for empty sample holders is installed beneath the main transport line, preventing congestion and ensuring smooth sample workflow.
One-stop operation
4 drawers for 50-position tray for each Input and Output Buffer Module allow continuous sample loading and unloading.
RFID-tagged single sample holder
Eliminates time‐consuming barcode reading in transportation lines.
Continuous loading
A large-capacity consumables storage area reduces the frequency of refilling and replacement.
The system can store 3,000 sample cups, 3,000 sealing caps, and 3,000 secondary sample tubes.
These consumables can be replenished even during operation.
Furthermore, the automatic consumables supply function and the thermal paper labels (5,000 labels per roll) support improved operational efficiency.
A new approach to error handling.
Alarm output timing is controlled to trigger upon transfer of an error sample is to the Output Buffer Module, rather than at any point of error detection.
In the case of an aliquoting error, both the primary and secondary samples are collected into a dedicated error tray, reducing the effort required for error handling.
In addition, LED lights are positioned at the top of each module, allowing the operational status to be visible from a distance which significantly enhances overall workflow efficiency.
Main Specifications
Input Buffer Module (IPB)
| Throughput | 800 samples/h |
|---|---|
| Loading capacity | Max. 400 samples (50 position x 2 trays x 4 lanes) |
| STAT lane | 11 samples |
| Instrument dimensions | 1,050 × 1,100 × 1,500 mm (W × D × H) |
Destopper (DSP)
| Throughput | 800 samples/h (Rubber cap and Over cap) 600 samples/h (Seal cap type) |
|---|---|
| Sample tube size | Diameter 16 mm × Length 100 mm, Diameter 16 mm × Length 75 mm, Diameter 13 mm × Length 100 mm, Diameter 13 mm × Length 75 mm |
| Instrument dimensions | 300 × 1,100 × 1,500 mm (W × D × H) |
Barcode Labeler (BCL)
| Throughput | 800 samples/h |
|---|---|
| Label capacity | Thermal transfer printer |
| Tube capacity | Automatic feeding |
| Instrument dimensions | 600 × 1,100 × 1,500 mm (W × D × H) |
Aliquot Module (AQM)
| Throughput | 800 samples/h (500 μL aspiration, 1:1 aliquot) |
|---|---|
| Detection function | Clot detection, Liquid level detection |
| Aliquoting | Max. 10 aliquots/sample |
| Sample cup capacity | Automatic feeding |
| Tip loading capacity | 1,056 tips (264 tips x 4 magazines) |
| Instrument dimensions | 900 × 1,100 × 1,500 mm (W × D × H) |
Reformatter Module (RFM)
| Throughput | 800 samples/h |
|---|---|
| Rack capacity | 108 racks (27 racks x 4 lanes) |
| Type of loading rack | Hitachi 5-position rack (with rack barcode) |
| Instrument dimensions | 790 × 1,100 × 1,500 mm (W × D × H) |
Restopper Module (RSP)
| Throughput | 600 samples/h |
|---|---|
| Sample tube size | Diameter 13 mm × Length 75 mm |
| Instrument dimensions | 300 × 1,100 × 1,500 mm (W × D × H) |
Output Buffer Module
| Throughput | 800 samples/h |
|---|---|
| Sorting capacity | 400 samples/h (50 position x 2 trays x 4 lanes) |
| Instrument dimensions | 600 × 1,100 × 1,500 mm (W × D × H) |
This page contains product information intended for the Japanese market.
