تأمين أجهزة لمختبرات مركز وقاء

رقم المنافسة

241139008649

رقم المنافسة الداخلي

2410702

الجهة الحكومية

المركز الوطني للوقاية من الآفات والامراض الحيوانية ومكافحتها

الفرع / الإدارة

المركز الوطني للوقاية من الآفات النباتية والأمراض الحيوانية ومكافحتها (مركز وقاء)

نوع المنافسة

منافسة عامة

حالة المنافسة

تم اعتماد الترسية

طريقة تقديم العروض

ملفين منفصلين ( فني ومالي)

رسوم الاشتراك

500 ر.س

سعر كراسة الاشتراط

500 ر.س

تكلفة الدعوة

200 ر.س

تكلفة الشراء

500 ر.س

الضمان الإبتدائي

ضمان إبتدائى

الضمان النهائي

5.00%

مدة العقد

24 شهر

التأمين مطلوب

لا

مدة الوقفة (أيام)

5

داخل المملكة

—

عنوان الضمان الإبتدائى

لجنة فحص العروض المركزية بمركز وقاء

الغرض من المنافسة

تأمين أجهزة لمختبرات مركز وقاء

التاريخ	ميلادي	هجري
تاريخ النشر	2024/11/17 09:44	—
آخر موعد للاستفسارات	2024/12/18	1446-06-17
آخر موعد تقديم العروض	2024/12/21 10:00	1446-06-20
موعد فتح العروض	2024/12/22 08:00	1446-06-21
موعد فحص العروض	—	—
التاريخ المتوقع للترسية	2025/01/12	1446-07-12
تاريخ بدء الأعمال	2025/02/11	1446-08-12
تاريخ خطاب تأكيد المشاركة	—	—
بداية إرسال الأسئلة	2024/12/19	1446-06-18
أقصى مدة للإجابة	5 يوم
مكان فتح العروض	الكتروني عبر منصة مركز وقاء
مدة الوقفة	5 يوم

موقع التنفيذ

منطقة التنفيذ

منطقة الرياض

مدن التنفيذ

الرياض

موقع التنفيذ

داخل المملكة

مجال التصنيف

غير مطلوب

يشمل مواد توريد

لا

الأنشطة

• تجارة الأدوات والآلات والأجهزة

جدول 1 المعدات والأجهزة - توريد عام

البند	العدد	الفئة	وصف البند	المواصفات	وحدة القياس	الرقم التسلسلي	منتج من القائمة الإلزامية
جهاز كروماتوجرافيا السائل المزود بمطياف الكتله المزدوج بكامل مشتملاته	1	1	LC MS MS and automatic sample preparation with complete accessories	"Triple Quadruple Mass Spectrometer (MS/MS) System: Mass Range: 5 – 3000 m/z or better Ionization sources: Electrospray (ESI). The source must have orthogonal nebulization and should have heated nitrogen gas around nebulizer for maximum sensitivity and effective desolvation. Auto tune as standard mode available for automated optimization of ion optics across the mass range for ESI, APCI and Multi-mode sources for both positive and negative ions. Sensitivity (MRM positive ion mode, electrospray, on-column): 1pg injection of reserpine on column. S/N for the m/z 609 to 195 transition is > 850,000:1 and Noise is 1 x RMS. Sensitivity (MRM negative ion mode, electrospray, on-column): 1pg injection of Chloramphenicol on column. S/N for the m/z 321 to 152 transition is > 850,000:1 and Noise is 1 x RMS. MRM sensitivity Instrument Detection Limit (IDL) ESI positive: IDL < 4 fg MRM sensitivity Instrument Detection Limit (IDL) ESI negative: IDL < 4 fg . The system should have Curved Collision cell with axial acceleration a curved and tapered Hexapole collision cell for effective ion collection and transmission , Polarity switching including electronic settling time must be less than 25 milliseconds to change from positive ion mode to negative ion mode monitoring in the same run. The system should have Intelligent MRM acquisitions which triggers additional MRM up to 9 that ensures screening, quantitation, and confirmation of multiple compounds with ultra-fast speed fully compatible with UHPLC chromatography without compromising sensitivity , MRM speed time / Min Dwell Time: 0.5 millisecond or better , MRM acquisition rate: 500 MRMs/sec at least , Number of MRMs (compounds) per time segment: At least 450 MRMs per time segment Scheduled MRM transitions: 4,000 ion transitions per method , Minimum Scan Rate of 17,000 Dalton/sec. The system should have feature of Vent prevention for quick front-end ion injector capillary maintenance , The detector should be High‐energy conversion dynode and high‐gain electron multiplier horn for wide dynamic range of greater than 6.0 × 106 , Inbuilt solvent diverts through calibrant delivery system valve within the analysis System Should support the following possible sources – Electrospray (ESI) APCI source HPLC system, Pump , Settable flow rate range: 0.01 ml/min to 5 ml/min or better , Operation pressure range: High pressure pump of at least 800 bar or better to use with less than 2-micron columns , flow precision: ≤ 0.075% or better, RSD or ≤ 0.01 min STDEV, whichever is greater , Gradient formation: low pressure quaternary mixing , Active seal wash must be available as an option for handling of solvents containing salt buffers , Pump should have an intelligence of buffer blending in the pump to make required mobile phase from concentrated buffer , Degasser: Integrated on-line four channel degasser should be included , Autosampler: Injection volume range: 0.1 – 100 μl or better in 0.1 μl increments with no hardware changes , Operation pressure range: Should be able at 800 bar pressure minima for less than 2-micron column connectivity , Its design must offer a flow through design with variable injection volume and must have a X-Z-Theta robot mechanism to optimize the positioning of the sampling arm on the vial Must be upgradeable to set temperature of 4°C to 40°C in 1° increments for incubation and maintained in between sample runs. Thermostat column compartment: Column capacity 8 columns of 100 mm length plus Quick-Connect fittings or pre-columns 4 columns of 300 mm length plus Quick-Connect fittings or pre-columns , Heat-up/cool-down 5 min from ambient to 40 °C and 10 min from 40 °C to 20 °C , Solvent heat exchangers Individually quick-installable for every column , Thermostatted column compartment with dual, independent Peltier-element. Solvent pre-heating and still-air operation for reduction of chromatographic band-broadening under UHPLC-conditions , Temperature range 4 °C to 85 °C, (minimum 10 °C below ambient) Temperature stability ±0.1 °C , Temperature accuracy ±0.5 °C (with calibration) , Other requirements • Vendor to include appropriate Nitrogen Gas Generator along with Compressor with their MS system. • The system must supply with tuning mix / calibration standards for ESI and other necessary accessory for installations. • Vendor must include application specific HPLC columns. • A dedicated MRM database of compounds of forensic and toxicology interest needs to be provided with more than 2500 compounds. - UPS unit 10 KV compatible with the instrument"	جهاز	1	0

1 بند

جدول 2 المعدات والأجهزة - توريد عام

البند	العدد	الفئة	وصف البند	المواصفات	وحدة القياس	الرقم التسلسلي	منتج من القائمة الإلزامية
جهاز كروماتوجرافيا الأيون بكامل ملحقاتة	1	2	ION CHROMATOGRAPHY SYSTEM	ION CHROMATOGRAPHY SYSTEM , Dual Channel Ion Chromatography system, for analysis of Anions and Cations with ease to use and provide reliable results. The system must be metal free and be capable of running suppressed and non-suppressed conductivity detection. It must be possible to run Suppressed and Non-Suppressed conductivity detection in a single run. The system must be modular with small footprint and should be upgradeable by adding on various detectors, auto samplers etc. The system should have intelligent system components and be able to identify various components like Columns, Pump, Detector, etc. automatically and should configure the system as per the components installed. All the components should be housed in single housing and should have a leak detector. HIGH PRSSURE PUMPS: 1) Two numbers of High-pressure pumps of serial dual piston type with selectable 0.001 to 5ml / min flow rate with a flow reproducibility of ±0.1%. It should be possible to upgrade pump to higher flow rates (up to 20mL/min) for semi-prep applications. Both the pump should be operated separately for dual channel operations and together for gradient applications. 2) Pump should have the following specifications: • Serial dual pistons with two inert check valves. • Flow range: 0.001 to 5.00 ml/min • Resolution of flow rate: 1uL • Pulsation: Lower than 1% • Reproducibility of eluent flow: ± 0.1% • Gradient Type: Linear, Concave, Convex, Flow, Step and Concentration • Pressure range: 0 – 5000 PSI • Pulsation dampener & inline filter for Eluent should be available on both channels • A suitable dual channel inline mobile phase degasser should be provided which operates on vacuum degassing principle. Conductivity Detector: Intelligent (Microprocessor controlled digital signal processing, auto ranging) high-performance conductivity detector. Measuring range 0 - 15'000 μS/cm – without range switching; noise ≤ 0.2 nS/cm Detector – Amperometry: • Amperometric detector for determining electroactive components. Column Oven: Housing for columns (up to two) in a thermostatted block with temperature control range between ambient temperature – 5 to + 80 C in the steps on 0.1 C. An additional housing to be provided for operating columns at Room Temperature. The housing should be able to identify the columns automatically and set the optimal operating conditions for column operations. It should also be possible to store the data about column use so that the same can be retrieved latter on. Intelligent save guard protection should be provided so that columns cannot be programmed above stated specifications. Suppressor: Suppressor System for increasing the analyte conductivity. Suppressor should have high loading, Organic Solvent tolerance and high back-pressure tolerance with continuous regeneration. Regeneration of suppressor should be possible even at no flow of Eluent. Anion Suppressor should have 10 years Manufacturer’s warranty. Cation channel should not require any suppressor i.e. non-suppressed detection The system should have the capability of quick and easy exchanging of different Suppressors (Low Capacity, Normal & High Capacity) by End-user itself for different Application needs. CO2 Suppressor: CO2 Suppressor to remove carbon di-oxide from eluent & 100% compatible with Organic modifiers. Works with Vacuum based technique in-built in the IC system Injector: 6-Port injector valve with fast response time and controlled through software along with degasser for samples. Injector must be upgradeable to 4-port internal loop of 0.25ul or 1.0ul IC Columns: IC columns for analyses of anions and cations must be individually quoted with respective guard columns. The columns should have electronic chip to store data and history of column use. The system should be able to identify the columns once attached to column holder and configure the maximum flow rate and maximum pressure for the column. It should also be possible to transfer the standard operating conditions for the column automatically. Eluent: Should have flexibility of preparing Eluent from Ultra-pure salt / Chemicals In-house giving complete freedom to users (not depending to procure costly cartridges for eluent preparation) Should incorporate automatic preparation of eluent from prepared concentrates for Anions & Cations with appropriate liquid level sensors. Autosampler: Autosampler should have minimum 148 sample positions Sample vial should be re¬usable. Capability for upgrading to Inline Ultrafiltration of samples & Intelligent Partial loop Injection technique, intelligent pick-up Injection technique & Inline Dilution • Inline Ultrafiltration: Setup for fully automatic filtering of samples / standards during sample delivery. Should be able to filter more than 50 samples with one filter with negligibly carryover from sample to sample. This setup should be able to combine with Inline Dilution technique. • Intelligent Inline Dilution Automatic multi-point calibration should be carried out from single multi-ion standard. The system provides automatic dilution of the sample depending on a predefined concentration limit or the automatically calculated optimum dilution factor. This set-up should be fully controlled by software & not limited to a single analyte. Correlation coefficient for each analyte should be at least 0.999 - UPS unit 5 KV compatible with the instrument	جهاز	1	0

1 بند

جدول 3 المعدات والأجهزة - توريد عام

البند	العدد	الفئة	وصف البند	المواصفات	وحدة القياس	الرقم التسلسلي	منتج من القائمة الإلزامية
جهاز الحث البلازمي المقترن بمطياف الانبعاث الضوئي بكامل ملحقاته	1	3	ICP-OES Spectrometer	Optical System Spectrometer: Polychromator based simultaneous vertical Dual view ICPOES with 5 channel peristaltic channel , Sample Introduction System: The peristaltic pump is fully computer controlled, with variable speed from 0–80 rpm, and five channels (standard for all configurations) for sample, drain, internal standard, and vapor generation solution. RF Generator Source :27 MHz Solid State, maintenance free, water cooled RF generator. • Power output of 750-1500 W in 10 W increments. • Robust free running design rapidly reacts to changes in plasma load, providing stable and consistent power supply into the plasma when switching between samples of high or varying matrix. Standard Accessories: 1. High Throughput Autosampler with 200 or more Vial capacity 2. OEM chiller for instrument with software controlled 3. Online & integrated Hydride generating accessories with separate & dedicated Spray chamber & tubing set for the analysis of metals like Mercury, Selenium that can be done simultaneously with other metals in aqueous samples. Detector:CCD detector features anti-blooming protection on each individual pixel, enabling the simultaneous measurement of trace level analytes in the presence of nearby intense signals •detector must have Adaptive Integration technology (AIT) that allows intense and trace signals to be measured simultaneously and at the optimum Signal to Background Ratio (SBR). •Each detector pixel must have anti-blooming protection to enable the simultaneous measurement of trace level analytes in the presence of major matrix constituents. •The detector must be hermetically sealed and require no gas consumption for detector purging. Software: Latest back ground correction technique which removes interferences before analysis and suggest the right wavelength for every sample. The software must have a library of analytical wavelengths containing at least 30,000 lines whose relative intensities are determined on the instrument optical system The software must automatically identify if there is blockage or leakage issues around the use of the nebulizer • Additional QC capability must include at least three types of blank checks, multiple sample calculations including duplicates and dilution calculations and multiple spike calculations •The software must have user definable counters to facilitate usage based routine maintenance • LIMS compatibity should be there • System should be able to upgrade to high throughput system or valve system in future if sample load increases. Additional set of Consumables: Additional set , Consumables: 1. Torch (02 Nos) 2. Nonbrakable Plastic high TDS nebulisers- 1Nos 3. Sample intake Tubing’s Pk/12 (01 Set) 4. Sample Drain Tubing’s Pk/12 (01 Set) 5. Spray chamber drain tubing for waste – 1 meter. 6. Nebulizer capillary tubing -1 meter. PFA tubing for gas supply to nebulizer- 1 meter Cone Gas/Plume/tail removal No additional gases should be required. No Air compressor or Nitrogen operation in removing tail. Exhaust System :The instrument must be able to operate with a single exhaust extraction directly coupled to the instrument, down to a minimum exhaust flow of 2.5m3/min (88 ft3/min). •The instrument must include and on-board fan to supply air to the system, and maintain a positive pressure environment within the instrument enclosure. UPS unit 10 KV compatible with the instrument	جهاز	1	0

1 بند

جدول 4 المعدات والأجهزة - توريد عام

البند	العدد	الفئة	وصف البند	المواصفات	وحدة القياس	الرقم التسلسلي	منتج من القائمة الإلزامية
جهاز كروماتوجرافيا الغازى المزود بمطياف الكتله المزدوج بكامل مشتملاته	1	4	GCMSMS system with complete accessories	Specs GCMSMS system : 1. MSMS must produce upon installation IDL of 4 fg or less for OFN for Inert EI ion source with helium carrier gas. This IDL needs to be demonstrated at site by vendor after the system is installed by injecting 1 ul of 10 fg/ul OFN standard. 2. MSMS must have standard EI ionization mode included and upgradable to CI mode. 3. MSMS must come with exclusive hydrogen only hydroinert ion source upgrade capacity that allows use of hydrogen as a carrier gas. 4. MSMS must have the upgrade possibility of adding a JetClean capacity to clean the ion source automatically. 5. Ion source should be non-coated inert EI source with combination of repeller and extraction lens for high sensitivity. 6. Source temperature should be in the range from 150 0 C to 350 0 C or better. 7. A standard source must come with dual filaments arrangement for EI. 8. Mass range must be in the range from 10 to 1050 or better. 9. SCAN rate must be up to 20,000 u/sec or better. 10. Quadrupole mass filters must be monolithic, hyperbolic, gold-coated. 11. Quadrupole mass filters must be heated and should have temperature range from 106 0 C to 200 0 C or better. 12. System must be able to use the N2 as a collision gas with He as a quench gas. 13. Detector must be Triple-Axis HED-EM with extended-life EM and dynamically ramped iris or better. 14. System must have various data acquisition modes like Full SCAN, SIM, MRM, dMRM, tMRM, dMRM/scan, and tMRM/scan. 15. System must come with the latest Wiley with NIST library with the original license. 16. GC must have standard Split-splitless Inlet with 100 psi capacity and 12500: 1 split ratio or better. 17. Must have standard one unit of 16-vials autoinjector along with a tray with a vial capacity of 150 vials or better. 18. Oven temperature must be in the range from ambient+40C to 4500C. Oven cool down (22 °C ambient) 450 to 50 °C in 4 minutes or less. 19. Oven must have at least 20 ramps and 21 plateaus capacity. Negative ramps must be allowed. 20. GC with Midpoint or post-column backflush must be supplied. GC must be upgradable with capillary flow technology devices for effluent splitting. 21. Must have the ability to reproduce desired retention time based on original measurements. Software must be able to do a true retention time locking for both, the constant flow and constant pressure mode. 22. All GC pneumatics for inlets, detectors and auxiliary modules must have a pneumatics design based on microchannels that serves as a restrictor for pneumatic control instead of using a frit. 23. GC should come with touchscreen interface that measures at least 7 inches or bigger diagonally 24. The GC must be able to read and provide information of up to six GC columns that have an optional associated key programmed at the factory contains GC column information and will track items including: - Part and serial number - Number of Injections OR runs - Time at/above temperature limits - Production date - Date initially installed - Temperature limits of GC columns - Serial number of last GC installed in 25. Touch screen interface should display the chromatogram as it is being acquired. 26. GC should display the inbuilt maintenance videos on the touch screen whenever necessary. 27. GCMSMS must come with the original equipment manufacturer PC. A local PC is not acceptable, it must be OEM PC. 28. GCMSMS must come with LaserJet printer. 29. Application specific columns must be supplied. 30. Enough vials, syringes, liners, CFT consumables must be supplied for 500 samples. 31. UPS unit 5 KV compatible with the instrument	جهاز	1	0

1 بند

جدول 5 المعدات والأجهزة - توريد عام

البند	العدد	الفئة	وصف البند	المواصفات	وحدة القياس	الرقم التسلسلي	منتج من القائمة الإلزامية
جهاز التسلسل الوراثي الجيل الثاني	1	5	Benchtop NGS sequencer	Benchtop NGS sequencer: • The system should be a single, integrated instrument capable of performing template DNA amplification, sequencing and primary analysis. • The sequencing workflow should allow a fully automated operation, without user intervention and support unattended operation. • Based on the sequencing by synthesis approach with fluorescently tagged chain terminators. • System should be able to generate up to 500 Gb of high quality data using 2X300 cycles technology or equivalent in a single run. • Sequence output should generate accurate base calls and high error free reads with greater than 75% bases with high quality Q30 score, derived directly from intensity data and not from a reference sequence-based, multiple-color encoding scheme. • Clonal amplification of DNA template should employ accurate bridge amplification methodology, should be fully automated, without the involvement of emulsion PCR • The system should include latest software, hardware, accessories and technology available at the time of installation that is needed for generating high quality sequence reads. • The sequencing chemistry should be robust and globally proven, as demonstrated with peer-reviewed publications. • provide a suitable UPS • Support different applications like sequencing of large genomes, whole transcriptomes, targeted re-sequencing, shotgun metagenomics, small RNA sequencing, methylation analysis, Microbial genome sequencing, metagenomics, de novo sequencing. • The supplier must provide on-site training at free of cost at the time of installation. Additionally support for sequencing samples is to be provided as required during the first year 220V_240V / 50_60Hz	جهاز	1	0