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Automatic Sample Processing System LSP-101

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Automatic Sample Processing System LSP-101
Get to know

Why choose
Automatic Sample Processing System LSP-101?

  1. 1
    18 Reagent Positions
  2. 2
    Modular design allows sample addition, shaking, incubation and washing modules to work independently or together.
  3. 3
    4-channel sample addition system supports flexible sample distribution.
LSP-101

Sample Processing System

Automatic Sample Processing System LSP-101
Automatic Sample Processing System LSP-101
Overview

Product
Description

Product overview

Automatic Sample Processing System LSP-101

Labotemp Automatic Sample Processing System LSP-101 is a modular laboratory automation platform designed to streamline sample addition, reagent dispensing, shaking, incubation and microplate washing. It supports 96-well sample processing, up to 18 reagent positions and a 4-channel sampling system, with liquid-level and clot detection for controlled sample handling. The system is suitable for workflows involving ELISA, luminescence assays, blood typing, antibody screening, PCR, DNA and other laboratory tests, helping laboratories improve processing consistency while reducing repetitive manual operations.

The system combines independent or integrated processing modules to improve workflow efficiency and reduce repetitive manual handling. Its programmable incubation range of 30–75°C, adjustable shaking and washing parameters, disposable-tip sampling and automated process monitoring support consistent laboratory operation. An optional Microplate Reader/Washer-Reader can be added for plate-based measurement, offering 340–750 nm detection, ±1% accuracy, 0.001 OD resolution, optional fluorescence, integrated shaking and standard-curve quantification, providing a more complete automated workflow for plate-based laboratory testing.

Why Choose Labotemp Automatic Sample Processing System LSP-101?

✓ Integrated Automation: Combines sample addition, incubation, shaking and washing in one platform.
✓ Reliable Sample Handling: Liquid-level and clot detection with disposable tips helps reduce handling errors and contamination.
✓ Optional Plate Reading: Microplate Reader/Washer-Reader expands the system for ELISA and other plate-based testing workflows.

Technical data · LSP-101

Complete Specifications

Automatic Sample Processing System LSP-101
No.SpecificationValue
General Specifications
1Sampling Mechanical Arm1 arm with 4 channels
2Mechanical Grasping Arm1 arm; can grab micro plate, test tube, kit, and other items
3Grasping WeightUp to 400 g
4Sample Location96 wells
5Reagent LocationUp to 18 kinds of reagents can be placed simultaneously
6ScannerInternal scanner; can read more than 20 kinds of barcodes
7Management ModulesSample management, reagent management, quality control, standard product management
8Process MonitoringDynamic monitoring of the working process
9Power-On Self-CheckInitialization and automatic saving of result logs
10Communication ProtocolCAN communication bus
11Dimensions1140 mm × 727 mm × 950 mm
12Packing Size1370 x 850 x 1150 mm
13Net Weight130 kg
14Gross Weight280 Kg
Sample Addition & Handling
15Sample Channels4 channels
16Sample Channel SpacingMinimum 9 mm; maximum 350 mm
17Sample ModuleSingle-board sample adding; supports multiple-board splicing function or multiple-board parallel sample adding
18Liquid Surface DetectionPressure-sensing detection with liquid surface detection and clot detection
19Alarm FunctionAvailable
20Sample VolumeMinimum 10 μL; maximum 1000 μL
21Sample Volume Increment5 μL
22Safety ProtectionUsing disposable tips, no cross contamination
23Accuracy at 100 μLCV <1%
24Deviation at 100 μL±2.0%
25Accuracy at 1000 μLCV <0.5%
26Deviation at 1000 μL±1.0%
Sampling & Reagent Allocation
27Specimen Allocation10 min./96 wells
28Reagent Allocation3 min./96 wells
Shaking & Incubation
29Incubation Location6 independent control board positions, compatible with dilution board
30Shaking Grade0–2 degree
31Shaking Time0–250 sec., increasing step 1 sec.
32Incubation Temperature Range30–75°C
33Temperature Increment0.1°C
34Incubation Time0–250 min.
Washing Module
35Washing Head ChannelDouble row with 16 channels
36Injection Grade4 grades: low, medium, high and strong
37Soaking Time0–250 sec.
38Cleaning Frequency1–10 washes
39Cleaning Row Number1–12
40Residual Fluid Volume<1 μL/well
Optional Microplate Reader
41Wavelength340–750 nm
42Accuracy±1%
43Resolution0.001 OD
44Plate96-well plate
45Absorbance ModeFluorescence optional
46Light SourceLED/Halogen
47Integrated ShakerAvailable
48SoftwareStandard curve & quantification
49Programmable Cycles1–10
50Dispensing Accuracy≤5%
51Washer Residual≤2 μL/well
52Plate CompatibilityStandard plates
What's included

Features

  1. 1
    18 Reagent Positions
  2. 2
    Modular design allows sample addition, shaking, incubation and washing modules to work independently or together.
  3. 3
    4-channel sample addition system supports flexible sample distribution.
  4. 4
    Non-equal sample channel spacing accommodates different laboratory layouts.
  5. 5
    Pressure-sensing technology provides liquid-level and clot detection with alarm functionality.
  6. 6
    Disposable-tip operation helps prevent cross-contamination during sample handling.
  7. 7
    Flexible reagent positioning accommodates different reagent configurations.
  8. 8
    Internal barcode scanner supports rapid and accurate sample identification.
  9. 9
    Mechanical gripping arm handles microplates, test tubes, kits and other laboratory items.
  10. 10
    Automated sample and reagent allocation reduces repetitive manual handling.
  11. 11
    Six independent incubation positions support flexible sample-processing workflows.
  12. 12
    Adjustable shaking parameters allow controlled sample mixing.
  13. 13
    Programmable incubation temperature supports temperature-sensitive workflows.
  14. 14
    Multi-grade washing function provides adjustable washing intensity.
  15. 15
    Double-row 16-channel washing head supports efficient microplate washing.
  16. 16
    Adjustable soaking time and cleaning frequency allow customized washing protocols.
  17. 17
    Dynamic process monitoring provides visibility of ongoing operations.
  18. 18
    Power-on self-check helps verify system status before operation.
  19. 19
    Automatic result-log saving supports process documentation.
  20. 20
    CAN communication bus enables coordinated module communication.
  21. 21
    Optional microplate reader/washer-reader extends the system for plate-based measurement and quantification.
Where it's used

Applications

ELISA Testing: Supports automated sample addition, incubation, shaking and washing for enzyme immunoassay workflows.

Luminescence Detection: Used for automated sample and microplate preparation before plate-based luminescence measurement.

Blood Typing: Supports automated sample processing steps involved in laboratory blood-group testing workflows.

Antibody Screening: Helps automate repetitive sample preparation and microplate processing for antibody screening.

PCR & DNA Testing: Supports automated sample preparation and processing steps for PCR and DNA laboratory workflows.

Plate-Based Assays: Suitable for laboratories requiring automated dispensing, incubation, shaking and washing of microplates.

Clinical & Research Laboratories: Designed to reduce repetitive manual handling and improve consistency in routine sample-processing workflows.

Automatic Sample Processing System LSP-101

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+1 581 465 8405

www.labotemp.com · info@labotemp.com

144 E, Midwest Avenue, Casper WY 82601, USA

More about this product

Optional Accessories

  • Microplate Reader (Accessories- Software, tubing, waste system)