which can perform the following operations: EP/KIN/

FXT/MSD/latex/QLT and ELISA.

Uses both cuvettes and flowcell for measurement

ensures low carry over effect and less breakdown period of

the machine.

Machine has 2 separate set of optical system (Lamps as

well as Filters): 6 (biochemistry) and 4 (ELISA).

Covers entire range of spectrum for biochemistry

(340–700 nm), and also for ELISA: 405, 450, 492, 630.

Selection of filters is automatically managed by

microprocessors. This minimizes errors in the selection

of filters. Separate lamp source is used 20W and 2W

(biochemistry and ELISA). Also has 10 positions for in-built

incubator fixed at 37°C with the help of semiconductor

(less power consumption).

In-built thermal printer with graphical printouts and

results made interpretation much easier. The analytical

results are directly displayed or printed with preset units

as programed.

Dynamic display (real time display of OD) in KIN gives

extra check for chemistry being performed.

Especially 40 locations are available for MSD mode,

which cover entire ElA con.; EIA, QLT, latex, etc. can take 7

standards to plot a curve. With the help of special algorithm

the machine can recalibrate the graph with the help of

2 stands. Partial calibration.

PC compatible with RS 232 ports; helps to communicate

with machines, data and PC. Also supports data handling

software and also support data management software

provided with machine for ELISA section only.

Machine has built in QC program which validates the

overall performance of system. Gives mean, SD, CV and

Levey-Jennings chart.

Ideally suitable for any lab with workload of

biochemistry plus ELISA (MSD).

Maplab plus

Features

¾ User friendly, fully open system with 90 programable

locations

¾ Separate optical systems for clinical chemistry and

ELISA

¾ 18 µL flowcell minimizes reagent consumption and

avoids carry over

¾ Reads OD up to 3.2 A-large working range

¾ Dynamic display for kinetics

¾ Built in 24 column graphic thermal printer

¾ 10 position Incubator

¾ Incubated flowcell resting chamber

¾ Built in QC with mean, SD, CV and Levey-Jennings chart

¾ RS 232 software support with DMS and DHS

¾ Service support by instruments division, Tulip Diagnostics Pvt Ltd.

Technical Features of Maplab Plus

Operating modes Absorbance, end point, fixedtime, kinetic, multistandard

and qualitative tests

For flow cell

Flowcell volume 18 µL

Typical working volume 500 µL

Minimum working 350 µL

volume

Aspiration Peristaltic pump with programable intake volume

Clinical Chemistry 513

For cuvette

Wavelength range 340–700 nm

Filters 340–405–505–546–578–630

nm

Reagents volumes in 1 mL (min) for macrocuvette,

cuvette 0.3 for microcuvette

For microwell strip

Wavelength range 405-700 nm

Filters 405-450-492-630 nm

Microwell strips type All kind of 8 micro well strips

Measuring system

Reset Automatic

Measuring range from –200 to + 3200 OD units

Photometric accuracy + 2% from 0 to 2500 OD units

Photometric linearity + 2% from 0 to 2500 OD units

Reproducibility + 1% digit

General

Incubator 10 positions at 37 + 0.2°C

Printer built-in graphic printer with

20 columns

Power supply 220 V, 50 Hz or 110 V, 60 Hz

Dimensions 40 × 40 × 17 cm

Weight 13.5 kg

Fully

(Courtesy: Tulip Group of Companies)

Innovative technology for user friendly meeting all

requirement simplicity, reliability, accuracy and

competitive. Today’s laboratory environment demands

an expert system with an economic advantage. The

revolutionary design makes Fully a compact and complete

clinical chemistry analyzer. Fully machine is uniquely

designed to answer the real needs of laboratories low

acquisition and operating costs, simple and flexible use

minimum maintenance.

System Overview

¾ The special design of the reagent bottle has been

developed in order to avoid reagent loss

¾ 20 position reagent tray to maximize the number of

tests per sample at a time

¾ Flexibility to run both single and two reagent chemistries

¾ Open system that enables the programing of an

unlimited number of techniques.

Modern

¾ Common shape of reaction wells and cups is easily

available in local market

¾ Programable washing cycle between samples and tests

for minimizing carry over

¾ Fully walk away system capable of running 54 samples

at a time

¾ Auto rerun with pre dilution.

Compact

¾ Proven and high technique will assure accurate

measuring system and easy maintenance

¾ 18 µL flow cell volume for economical running cost

¾ Peltier controlled flow cell temperature

¾ Washing and waste tanks level sensors

¾ Auto level sensing

¾ Built in high performance PC.

Software

¾ Discover the simplicity of operations with windows

environment

¾ Very user friendly, enables skilled laboratory staff to

run fully within short time

¾ Easy selection of menus by icons

¾ Reagent positions are automatically determined by the

workplan with volumes required once the sample and

reagent have been programed

¾ Nine profiles of up to unlimited chemistries each to

simplify your task of profile management

¾ Continuous working status monitoring

¾ QC program with Levey-Jennings plot

¾ Intelligent error management

¾ Multilanguage support

¾ Network integration facilities

¾ Built in thermal printer and additional output for

external connection.

Fully

514 Concise Book of Medical Laboratory Technology: Methods and Interpretations Technical Specifications of Fully Measuring System

Operating modes Absorbance, end-point, fixed

time, kinetic, multistandard

Throughput Up to 120 tests/h

Light source Halogen lamp 12 V 20 W

Spectral range 320–690 nm

Filter wavelength 340, 405, 492, 505, 546, 578, 630

nm, one free position

Measuring range from –0.200 to 2.500 OD

Flow cell 18 µL

Incubation temperature 37°C ± 0.2°C

Minimum reading 350 mL

volume

Typical reading volume 500 mL

Sample Handling

Sample number 54 positions including samples,

calibrators and controls/tray

Sample container Cup (1.2 mL)

Sample volume 2-200 µL (l µL steps)

Automatic dilution Pre and postdilution ration:

1:2–1:20

Reagent Handling

Reagent tray 20 bottles + 1 bottle for diluent

Reagent bottle 45 mL

Reagent volume Reagent 1 volume range: 30 to

1000 µL (1 µL steps)

Reagent 2 volume range: 0 to

1000 µL (1 µL steps)