Explore Radiation Detection Products and Equipment at Shop https://www.sciwise.ca/shop/ Wed, 23 Sep 2026 17:41:51 +0000 en-US hourly 1 https://wordpress.org/?v=6.5.12 https://www.sciwise.ca/wp-content/uploads/2021/08/cropped-logo-new-32x32.png Explore Radiation Detection Products and Equipment at Shop https://www.sciwise.ca/shop/ 32 32 CARMA II Robotic Contamination Monitoring Platform https://www.sciwise.ca/product/carma-ii/ Mon, 14 Sep 2026 20:17:34 +0000 https://www.sciwise.ca/?post_type=product&p=7377 The CARMA II is an advanced, versatile mobile robotic platform engineered specifically for radiological survey, contamination monitoring, and environmental mapping in high-consequence facilities. Built to bridge the gap between operational efficiency and worker protection, CARMA II enables Health Physics surveyors and operations teams to monitor hazardous areas remotely—dramatically reducing personnel dose exposure.

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Next-Generation Robotics for Demanding Environments

The CARMA II is an advanced, versatile mobile robotic platform engineered specifically for radiological survey, contamination monitoring, and environmental mapping in high-consequence facilities. Built to bridge the gap between operational efficiency and worker protection, CARMA II enables Health Physics surveyors and operations teams to monitor hazardous areas remotely—dramatically reducing personnel dose exposure.

Whether operating autonomously along pre-programmed inspection paths or via tele-operated manual control, CARMA II delivers actionable, high-fidelity radiological and spatial data across both active operational facilities and decommissioning sites.

Additional information

Key Capabilities & Sensor Suite

Engineered for Precision: Advanced Onboard Instrumentation

Equipped with an integrated sensor architecture, CARMA II translates complex hazard zones into actionable intelligence:

  • VF-525 Radiation Detection: Real-time contamination monitoring, dose-rate assessment, and pinpoint radiological hotspot localization.
  • High-Definition 3D LiDAR: Continuous SLAM (Simultaneous Localization and Mapping), real-time localization, and dense 3D environmental modeling in GPS-denied indoor facilities.
  • RGB-D Depth Cameras: Multi-angle depth perception, active obstacle detection, and intelligent collision avoidance across complex industrial terrain.
  • Dual Operation Modes: Seamless switching between fully autonomous routine survey missions and responsive manual control for specialized investigation tasks.
  • Modular Payload Architecture: Built with open-system integration in mind. Easily configure CARMA II with secondary sensors, specialized gas detectors, air samplers, or custom robotic tooling to meet evolving project scopes.

Operational Advantages

Proven Value for Health Physics and Decommissioning Teams

  • Minimise Personnel Exposure (ALARA Compliance): Execute critical contamination and radiation surveys remotely, keeping human operators safely outside high-dose and contaminated zones.
  • Uncompromising Operational Safety: Navigate narrow passages, radioactive vaults, and degraded structural spaces without risking surveyor health and safety.
  • Accelerated Survey Efficiency: Streamline repeatable survey runs, generate consistent spatial data, and free Health Physics technicians to focus on higher-level safety analysis.
  • Proven Field Reliability: CARMA II has been successfully deployed in multiple trials and operational workflows at the Sellafield nuclear site, demonstrating mission resilience under demanding industrial conditions.
  • Scalable Facility Integration: From routine, business-as-usual area clearance checks to complex legacy decommissioning programs, the platform adapts to diverse regulatory and facility standards.

Primary Applications

Where CARMA II Delivers Impact

  • Nuclear Decommissioning & Dismantling (D&D): Characterizing legacy facilities, monitoring waste handling routes, and identifying contamination spread before manual intervention.
  • Routine Operational Health Physics: Conducting automated floor contamination scans, baseline radiation surveys, and periodic facility checks.
  • Hazardous Site Assessment & Remediation: Pre-entry verification for maintenance teams in restricted, shielded, or confined industrial spaces.
  • Emergency Response & Incident Investigation: Rapid remote reconnaissance and hazard mapping in compromised or uncharacterized zones.

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]]> ELSE NUCLEAR AERIS: Field Gamma Spectrometer for Air Filter Analysis https://www.sciwise.ca/product/aeris-portable-field-gamma-spectrometer/ Mon, 14 Sep 2026 19:58:21 +0000 https://www.sciwise.ca/?post_type=product&p=7374 The ELSE NUCLEAR AERIS is a rugged, field-ready portable gamma spectrometric system engineered for immediate, in-situ analysis of radioactive contamination on air particulate sampling media. Distributed in Canada by SciWise, the AERIS system eliminates sample transport delays to off-site laboratories by providing fast radionuclide identification and activity quantification directly in the field.

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The ELSE NUCLEAR AERIS is a rugged, field-ready portable gamma spectrometric system engineered for immediate, in-situ analysis of radioactive contamination on air particulate sampling media. Distributed in Canada by SciWise, the AERIS system eliminates sample transport delays to off-site laboratories by providing fast radionuclide identification and activity quantification directly in the field.

Deployable in fixed stations or mobile configurations, AERIS directly accepts standard particulate filters and charcoal cartridges up to 60 mm in diameter. Featuring a high-sensitivity scintillation detector enclosed in a lead shield, the instrument delivers lab-grade spectrometric accuracy even in challenging, high-background radiation environments.

Additional information

Key Features & Benefits

  • On-Site In-Situ Analysis: Perform rapid isotopic identification and activity quantification (Bq/m3) without sending air samples to an external laboratory.
  • High-Sensitivity Detection: Powered by a 2″x2″ NaI (TI) scintillation crystal coupled with Silicon Photomultipliers (SiPM), an integrated digital Multi-Channel Analyzer (MCA), and a 1 cm cylindrical lead shield.
  • Universal Media Compatibility: Accommodates particulate filters and TEDA-impregnated charcoal cartridges up to 60 mm diameter, utilizing Monte Carlo-calculated efficiency curves for standard geometries.
  • Dual Operating Modes:
    • Guided Field Mode: One-button start and automated energy calibration designed for non-specialist field operators.
    • Expert Mode: Full spectrometric control, custom isotope library configuration, and detailed spectral analysis for health physicists.
  • Rugged & Portable: Compact 12 kg chassis with an IP65 ingress rating, an operating temperature envelope of -10°C to +45°C, and a high-impact transport case.
  • Extended Field Autonomy: Reversible fast startup (<2 minutes) and internal rechargeable battery providing 3 hours of continuous operation (extendable to 8 hours).
  • Connected Field Intelligence: Integrated GNSS/GPS positioning and an industrial cellular router (3G / 4G LTE / 5G NR, Wi-Fi, Ethernet LAN, USB, RS-232) for automatic data transmission to central radiological networks.

Applications

  • Nuclear Facility Air Quality & Perimeter Monitoring: Continuous or routine surveillance of airborne particulate releases.
  • Emergency Response & First Responder Teams: Instant isotopic characterization of fallout or plume activity following radiological incidents.
  • Health Physics & Radiation Protection: In-plant air sampling verification during maintenance, outages, and decommissioning.
  • Environmental & Regulatory Compliance: On-site verification of ambient airborne radionuclides without sample transit latency.

Technical Specifications

Parameter Specification
Detector Type 2″ × 2″ NaI(Tl) scintillator coupled with SiPM
Multichannel Analyzer Integrated Digital MCA
Energy Resolution ≤ 7% FWHM at 137Cs
Energy Range 30 keV to 3 MeV
Dose Rate Range 0.005 to 250 µSv/h (137Cs)
Shielding Cylindrical lead shield (1 cm thickness)
Filter / Cartridge Geometry Up to 60 mm diameter (glass fiber, paper, charcoal/TEDA cartridges)
Output Metrics Activity (Bq), Activity Concentration (Bq/m³), MDA, Ambient Dose Rate (µSv/h)
Alarms Visual and acoustic indicators on user-settable thresholds
Connectivity 3G / 4G LTE / 5G NR, Wi-Fi, LAN, USB, RS-232, GPS/GNSS
User Interface Dual input: Sunlight-readable touch screen + rugged trackball
Ingress Protection IP65 certified
Dimensions & Weight 40 × 30 × 20 cm; 12 kg (excluding transport case)
Operating Temperature -10°C to +45°C
Battery Life 3 hours standard (extendable up to 8 hours)

Minimum Detectable Activity (MDA) Performance

Reference values measured on 1 mm glass fiber filters under 100 nSv/h natural background:

Radionuclide 5-Minute Count 10-Minute Count 40-Minute Count
Iodine-131 (¹³¹I) 7.94 Bq 5.58 Bq 2.76 Bq
Barium-133 (¹³³Ba) 7.70 Bq 5.40 Bq 2.67 Bq
Cesium-137 (¹³⁷Cs) 4.92 Bq 3.46 Bq 1.71 Bq

Request a Quote or Technical Demonstration

SciWise delivers advanced radiation instrumentation, calibration, and support services. Contact our technical applications team today to review efficiency calibrations for your specific filter cartridges or request a quote for the ELSE NUCLEAR AERIS system.

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]]> AlphaS Radon Monitor – Portable & Rugged Professional Radon Detector https://www.sciwise.ca/product/alphas-radon-monitor/ Mon, 14 Sep 2026 19:35:45 +0000 https://www.sciwise.ca/?post_type=product&p=7370 The AlphaS by Bertin Instruments is a rugged, portable, high-sensitivity radon monitor built for demanding field conditions and professional radon assessment. Featuring an integrated pulse ionization chamber, built-in pump module, and a wide measuring dynamic range, the AlphaS is tailored for Canadian environmental consultants, mitigation specialists, health physicists, and regulatory inspectors.

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The Bertin Instruments AlphaS sets a high benchmark for field-ready, portable radon measurement. Housed in a heavy-duty, protective Pelicase, the instrument combines laboratory-grade accuracy with extreme field durability. Whether you are conducting compliance checks in workplace environments, residential radon screening, or rigorous assessments in industrial and mining operations, the AlphaS delivers rapid, reliable on-site results.

Equipped with an advanced ionization chamber, the device delivers an exceptional sensitivity of 1 cpm at 60 Bq/m³ (1.65 pCi/L), ensuring precise data even at background concentrations. Its expansive dynamic range reaches up to 200,000 Bq/m³ (5.4 nCi/L), making it just as capable during high-exposure mitigation testing as it is during low-level air quality surveys.

Additional information

Key Features & Advantages

  • Rugged All-in-One Pelicase Enclosure: Built to withstand demanding industrial sites, mining sectors, and outdoor conditions without compromising internal electronics.
  • Pulse Ionization Chamber Detector: Delivers rapid response times and consistent measurement integrity across long sampling cycles.
  • Versatile Sampling Capabilities: Supports diffusion, flow, and grab sampling modes. The built-in pump simplifies direct soil gas ingress investigations and water measurement setups.
  • Integrated Environmental Sensors: Simultaneously monitors temperature (T), barometric pressure (P), relative humidity (H), relocation/movement, and internal quality assurance parameters (QA).
  • Flexible Communication & Web Server: Access and transfer data seamlessly via USB, LAN, or Wi-Fi. An integrated web server allows remote configuration and live monitoring directly through any standard browser without specialized software installs.
  • Extended Battery Autonomy: Operates for more than 2.5 days continuously in diffusion mode on battery power.

Target Applications

  • Homes & Workplaces: Continuous radon screening, baseline assessments, and indoor air quality compliance.
  • Radon Mitigation & Construction: Pre- and post-mitigation diagnostic monitoring and soil gas depressurization verification.
  • Waterworks & Municipal Facilities: Radon-in-water degassing analysis and headspace monitoring.
  • Nuclear & NORM Industries: Uranium mining, radioactive waste processing, oil & gas facilities, and heavy industrial site surveys.
  • Regulatory Compliance & Research: Standardized environmental testing and field dosimetry.

Technical Specifications

Parameter Specification
Detector Type Ionization chamber
Sensitivity 1 cpm at 60 Bq/m³ (1.65 pCi/L)
Measuring Range 2 to 200,000 Bq/m³ (0.027 pCi/L to 5.4 nCi/L)
Measurement Modes Diffusion, Flow, or Sampling (integrated pump module)
Multi-Parameter Sensors Temperature (T), Pressure (P), Relative Humidity (H), Relocation, QA
Display High-contrast backlit graphic display
Connectivity USB, LAN, Wi-Fi, Embedded Web Server
Battery Life / Autonomy > 2.5 days (diffusion mode)
Dimensions & Weight 300 × 249 × 196 mm, < 5.7 kg
Enclosure Ultra-tough heavy-duty Pelicase

Compatible Accessories

  • Soil Gas Probe: For direct radon exhalation and sub-slab soil concentration profiling.
  • AquaKIT: Specialized bubbling/degassing kit for precise radon-in-water concentration analysis.

Why Source Bertin Instruments from SciWise Solutions?

SciWise Solutions Inc. is an authorized Canadian provider for Bertin radiation detection instruments. We supply local technical support, product training, calibration assistance, and tailored solutions to ensure your team complies with Canadian radiation safety and Health Canada guidelines.

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]]> ELSE Nuclear THYMON: Portable Thyroid Monitor for Emergency Use https://www.sciwise.ca/product/else-nuclear-thymon-portable-thyroid-monitor/ Mon, 14 Sep 2026 19:14:55 +0000 https://www.sciwise.ca/?post_type=product&p=7365 The ELSE Nuclear THYMON is a compact, high-sensitivity thyroid monitoring system engineered for rapid, reliable detection of Radioiodine (I-131) contamination during radiological emergencies and population triage.

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The ELSE Nuclear THYMON is a compact, high-sensitivity thyroid monitoring system engineered for rapid, reliable detection of Radioiodine (I-131) contamination during radiological emergencies and population triage.

Combining a collimated NaI(Tl) scintillation detector with advanced silicon photomultiplier (SiPM) readout electronics and an intuitive rugged tablet, THYMON delivers high-accuracy screening in under two minutes without requiring nuclear physics expertise. Fully compliant with IEC 61582 standards, it is suitable for nuclear emergency response teams, first responders, hospital radiation safety officers, and civil defense agencies.

Additional information

Key Advantages for Emergency Response

  • Rapid Triage Screening (2 Minutes): Achieves typical Minimum Detectable Activities (MDA) between 90 and 120 Bq in 2-minute screening runs, lowering even further with automated background subtraction enabled.
  • Age-Specific Response Functions: Features pre-configured response functions validated via physical neck phantoms at CIEMAT for 1 yo, 5 yo, 10 yo, 15 yo, adult female, and adult male demographics. Additional custom age profiles can be defined directly by users.
  • Zero Calibration Source Needed: Engineered for immediate deployment; no calibration radioactive source is required for operational energy and efficiency calibration.
  • Flexible Hands-Free & Handheld Modes: Comes equipped with an extendable support frame that functions both as a desktop mount and a freestanding floor tripod, minimizing positioning errors ($\le \pm20\%$).
  • Automated Action Level Logic: Automatically flags user-configured screening thresholds per age group based on two-tier Action Level criteria for prompt medical referral.
  • Rugged All-Weather Reliability: Rated IP67 during transit in its heavy-duty case and IP65 in operational deployment, complete with glove-friendly capacitive touchscreen control.

System Architecture

The THYMON emergency monitoring system consists of three integrated subcomponents:

  1. High-Precision Detector Probe: Houses a 1.5″x1.5″ NaI(Tl) crystal shielded by a 1.5 cm lead collimator and coupled to a SiPM matrix with integrated Multi-Channel Analyzer (MCA) readout electronics.
  2. Extendable Support Structure: A multi-configuration tripod and table-top mount that ensures repeatable positioning against the thyroid to eliminate operator alignment variance.
  3. Ruggedized Control Tablet: An IP65-rated touchscreen unit running automated measurement algorithms, data logging, archive review, and export routines.

Technical Specifications

Parameter Specification
Detector Type 1.5″ × 1.5″ NaI(Tl) scintillation crystal
Readout Electronics SiPM-coupled compact Multi-Channel Analyzer (MCA)
Shielding / Collimation 1.5 cm lead collimator
Target Radionuclide Iodine-131 (I-131)
Minimum Detectable Activity (MDA) Typically 90 – 120 Bq (in 2-minute count)
Maximum Measurable Activity > 3 MBq
Measurement Uncertainty ≤ ±20% (positioning uncertainty)
Target Age Groups 1 yo, 5 yo, 10 yo, 15 yo, Adult Female, Adult Male, + User Custom
Compliance Standard IEC 61582
Probe Weight 3.5 kg
Total System Weight (with Case) ~19 kg
Transport Dimensions 62.8 × 49.2 × 22.3 cm
Ingress Protection (IP Rating) IP67 (transport case closed), IP65 (operational setup)
Operating Temperature -20°C to +50°C

Optional Modules & Accessories

  • Committed Effective Dose Calculation: Automated software calculations following ICRP 119 and ICRP 103 guidelines, enabling dose Action Levels aligned with the Triage, Monitoring, and Treatment (TMT) Handbook.
  • Monte Carlo Efficiency Modelling: Custom Monte Carlo efficiency curves for specific facility demographic classes and non-standard geometries.
  • Periodic Quality Control Source: Low-activity Cs-137 check source <10 kBq for routine verification.
  • Extended Service & Warranty: Extension options up to 24 months.

Request Information from SciWise

As an experienced Canadian instrumentation provider for health physics, civil protection, and emergency preparedness, SciWise provides complete technical integration, calibration support, and training for the ELSE Nuclear THYMON system.

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]]> HERMES Rugged Mobile Radiation Survey Units: Beyond Portable Radiation Monitoring https://www.sciwise.ca/product/hermes-mobile-radiation-survey-unit/ Mon, 14 Sep 2026 18:50:05 +0000 https://www.sciwise.ca/?post_type=product&p=7362 FULL-SCALE PERFORMANCE. DEPLOYED WHERE IT MATTERS.

Emergency responders, health physicists, and homeland security teams require radiation detection that delivers laboratory-grade sensitivity directly to the field. The HERMES Rugged Mobile Radiation Survey Unit by ELSE NUCLEAR combines modular detector architectures, automated background calibration, and real-time mapping into a single, high-durability system built for rapid on-site deployment.

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FULL-SCALE PERFORMANCE. DEPLOYED WHERE IT MATTERS.

Emergency responders, health physicists, and homeland security teams require radiation detection that delivers laboratory-grade sensitivity directly to the field. The HERMES Rugged Mobile Radiation Survey Unit by ELSE NUCLEAR combines modular detector architectures, automated background calibration, and real-time mapping into a single, high-durability system built for rapid on-site deployment.

Whether configured as a handheld tactical unit or installed as a vehicle-mounted mobile scanning array, HERMES offers unmatched measurement versatility in critical radiation monitoring scenarios.

Additional information

Key System Advantages

  • Beyond Portable Architecture: Combines large-volume scintillators and detectors with an ultra-compact system footprint, bridging the gap between fixed portal monitors and field-deployable units.
  • Rapid Field Deployment: Built inside an IP67 ruggedized, weatherproof case with custom shock-absorbing foam interior, enabling operation within minutes in ambient temperatures from -20°C to 50°C.
  • Source-Free Energy Calibration: Features automated gain stabilization and real-time energy calibration driven entirely by ambient background radiation—eliminating the need to carry radioactive calibration check sources into the field.
  • Real-Time Mapping & Telemetry: Integrated GPS, mobile connectivity, Wi-Fi, and LAN allow scan tracks, isotopic identifications, and radiological alarms to be overlaid instantly onto interactive maps and sent to off-site command centers.
  • Multi-Platform Remote Control: Operate directly via the built-in touch-screen panel PC or control remotely through a tablet/smartphone app for standoff worker safety.
  • Extended Autonomous Power: High-efficiency LiFePO4 battery banks ensure over 8 hours of continuous operation in remote environments.

Versatile Detector Configurations

HERMES is modularly engineered to fit diverse radiological surveillance and survey needs:

  • HERMES NAI / CSI: Equipped with a 3″×3″ NaI(Tl) or CsI(Tl) scintillation crystal and Multi-Channel Analyzer (MCA) for isotope identification and gamma spectrometry.
  • HERMES GMT: Utilizes Geiger-Müller tubes for broad-range gamma dose rate surveys.
  • HERMES PLA: Incorporates large-volume plastic scintillators for high-sensitivity search, interdiction, and contamination control.
  • HERMES NEU: Integrated 10B:ZnS neutron detector with a high-density polyethylene moderator for the interdiction of artificial neutron-emitting sources.
  • HERMES SENTINEL: A multi-sensor platform combining NaI(Tl), GM counters, and neutron detection for full-spectrum surveillance.

Technical Specifications (HERMES NAI Baseline)

Parameter Specification
Detector 3″ × 3″ cylindrical NaI(Tl) with SiPM readout
Multi-Channel Analyzer (MCA) Up to 2048 channels
Gamma Energy Range 30 keV to 3 MeV
Energy Resolution < 7.5% typical at 662 keV (137-Cs)
Dose Rate Measurement Range 0.03 µSv/h to 20 µSv/h
Ingress Protection IP67 (lid closed)
System Weight < 15 kg (total transport case)
Dimensions (W × L × H) 410 × 340 × 205 mm
Battery Life & Power LiFePO4 battery pack (> 8 hours continuous)
Connectivity GPS, 4G/LTE Mobile, Wi-Fi, LAN, Bluetooth
Operating Temperature -20°C to +50°C

Primary Applications

  • Emergency Response & CBRN Defense: First responders can sweep affected areas, locate orphan sources, and identify isotopes without delayed laboratory analysis.
  • Mobile & Vehicle-Mounted Surveys: Easily retrofitted with a vehicle kit to turn standard patrol trucks or boats into mobile scanning laboratories.
  • Decommissioning & Environmental Remediation: Rapid mapping of large outdoor sites, industrial compounds, or soil remediation projects.
  • Critical Infrastructure & Event Security: Standoff pedestrian and crowd surveillance at transit hubs, summits, and border crossings.

Available Accessories & Options

  • Vehicle mounting bracket with continuous 12V DC power feed
  • Tactical backpack carrying assembly for dismounted foot surveys
  • Long-term semi-fixed outdoor installation mounting kit
  • Supplemental solar / photovoltaic panel recharging kit
  • Ruggedized external tablet PC
  • Extended warranty packages (up to 24 months)

Deploy High-Performance Radiation Detection with SciWise

SciWise provides end-to-end technical consultation, deployment strategies, and ongoing support for ELSE NUCLEAR instrumentation across Canada. Contact our health physics and instrumentation experts today to request a quote, configure a custom HERMES detector array, or schedule an equipment demonstration.

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]]> Kromek D5 RIID: Medium-Resolution Handheld Radiation Isotope Identifier https://www.sciwise.ca/product/kromek-d5-riid/ Mon, 14 Sep 2026 18:15:37 +0000 https://www.sciwise.ca/?post_type=product&p=7353 The Kromek D5 RIID is a ruggedised, handheld medium-resolution radionuclide identification device engineered for rapid gamma and neutron detection. Designed to bridge the gap between low-resolution basic identifiers and fragile, expensive high-purity germanium (HPGe) systems, the D5 RIID delivers lab-grade spectral accuracy straight into demanding field environments.

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The Kromek D5 RIID is a ruggedised, handheld medium-resolution radionuclide identification device engineered for rapid gamma and neutron detection. Designed to bridge the gap between low-resolution basic identifiers and fragile, expensive high-purity germanium (HPGe) systems, the D5 RIID delivers lab-grade spectral accuracy straight into demanding field environments.

Distributed and supported across Canada by SciWise Solutions Inc., the D5 RIID equips first responders, CBRN teams, border security, and nuclear facility personnel with actionable, reliable radiological intelligence within seconds.

Additional information

Key Features & Benefits

  • Advanced CLLBC Detector Technology: Combines high gamma sensitivity with reliable neutron detection in a single, robust handheld unit.
  • Exceptional Medium-Resolution Spectra (<4%): Produces sharply defined energy peaks that separate closely spaced signatures, preventing misidentification and unmasking shielded or hidden sources (e.g., distinguishing Plutonium masked by medical Iodine).
  • Ruggedised for Field Deployment: Unlike HPGe detectors that require liquid nitrogen cryogenic cooling and delicate handling, the D5 RIID is ready to deploy immediately with fast startup times.
  • Precise Secondary Adjudication: Enables operators to accurately assess isotope origin and enrichment levels (such as differentiating naturally occurring radioactive materials from industrial/weapons-grade Uranium or Plutonium).
  • Low False Alarm Rates: Continuous monitoring paired with intelligent algorithms minimizes false positives, giving ground personnel rapid, dependable alerts.
  • Standalone Operation & Reachback Support: Operates seamlessly on the front lines without requiring secondary equipment, while delivering exportable adjudication spectra for expert reachback analysis.

Technical Highlights & Specifications

Parameter Specification / Capability
Product Model Kromek D5 RIID
Detector Type CLLBC scintillation detector
Radiation Detected Gamma and Neutron radiation
Energy Resolution <4% (Medium Resolution)
Startup / Readiness Instant deployment, ambient-temperature operation (no cooling required)
Primary Applications Isotope identification, secondary adjudication, threat masking detection
Form Factor Rugged, handheld, field-ready unit with integrated color display

Applications Across Canadian Sectors

  • CBRN Defense & Emergency Response: Equips tactical teams and hazmat crews with immediate on-scene threat confirmation during radiological incidents.
  • Border Security & Customs: Unmasks illicit nuclear material disguised by legitimate medical or industrial isotopes during cargo and container inspections.
  • Civil Nuclear & Power Generation: Monitors contamination, verifies enrichment profiles, and assesses waste streams in and around nuclear facilities.
  • Environmental & Waste Monitoring: Confirms isotope identities for decommissioned sites and environmental remediation programs.

Request a Quote or Product Demonstration

  • Phone: (647) 919-6000
  • Email: sales@sciwise.ca
  • Inquiries: Contact our technical specialists today to request a quote, technical datasheet, or on-site demonstration of the Kromek D5 RIID.

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]]> HS-BEX – Beta gamma hand feet monitor https://www.sciwise.ca/product/hs-bex-beta-gamma-hand-feet-monitor/ Wed, 07 Feb 2024 20:04:01 +0000 https://www.sciwise.ca/?post_type=product&p=7163 Multitasking equipment

The HS-BEX monitors are multitasking equipment designed for the detection and measurement of radiation BETA and GAMMA on the hands and feet of potentially exposed personnel through a fully automatic operation.

The system can be configured to have 3, 4, 6 or 7 detectors depending on the application and budget. An equipment that complies with the highest quality standards, designed and assembled in Spain.

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Detectors

  • Customized number of detectors up to 7 detectors for beta/gamma detection
  • Customized detector size for each customer and application: 30×15 cm, 15×15 cm, etc.
  • Typical efficiency per detector >20% (Cl-36), >9% (Tc99), >25% (Co-60 gamma)

Power Requirements

  • 220 VAC, 60 Hz or 110 VAC 50 Hz

Features

  • 1 10” touch screen for information and equipment control
  • Automatic dynamic measurement time calculation
  • Sensors for person detection
  • Audible and visual alarms
  • The 7th detector can be used as a frisker

Software

  • Automatic registration of all event, backgrounds, measurements, alarms, operation failures, etc.
  • Digital adjustment of the detectors (no any mechanical intervention is required)
  • Industrial PC with the latest OS Windows version
  • Calibration, verification and configuration modules
  • Software HS-RAD, that can be customized in any language
  • Voice module for customized voice messages
  • Remote operation can be included (TCP/IP)
  • USB connection for downloading all the data to an external device
  • Detection Limit calculation according to ISO 11929

Download Brochure

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]]> HS-ABOMO – Alpha beta gamma portal for personnel monitoring https://www.sciwise.ca/product/hs-abomo-alpha-beta-gamma-portal-for-personnel-monitoring/ Wed, 07 Feb 2024 19:45:36 +0000 https://www.sciwise.ca/?post_type=product&p=7159 Multitasking two-step device

The HS-ABOMO unit is a multitasking two-step device designed for the detection and measurement of radioactive contamination, ALPHA, BETA and GAMMA, on potentially exposed personnel.

It has been specifically designed for controlled areas. It includes up to 31 detectors, which work autonomously and independently, allowing to perform simultaneous measurements with different alarm levels.

The user can identify exactly in a different channel the beta cps and gamma cps since the detectors are different for each type of radiation. Its operation is fully automated. The equipment has sensors that detect when a person enters the portal, interrupting the background acquisition and initiating automatically a thorough examination of the subject.

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Detectors

  • Customized number of detectors up to 26 detectors for alpha/beta detection
  • Additional 5 gamma detectors can be included
  • Customized detector size for each customer and application: 30×15 cm, 50×40 cm, etc.
  • Typical efficiency per detector >12% Am241, >20% (Cl-36), >9% (Tc99), >25% (Co-60 gamma)

Power Requirements

  • 220 VAC, 60 Hz or 110 VAC 50 Hz

Features

  • 1 10” touch screen for information and equipment control
  • Automatic dynamic measurement time calculation
  • Sensors for person detection
  • Automatic barrier system
  • Automatic adjustable head detector
  • Audible and visual alarms
  • “Light” version with only 80×80 cm of are required for installation

Shielding

  • 5 cm of lead shielding (adjustable).

Software

  • Automatic registration of all event, backgrounds, measurements, alarms, operation failures, etc.
  • Digital adjustment of the detectors (no any mechanical intervention is required)
  • Industrial PC with the latest OS Windows version
  • Calibration, verification and configuration modules
  • Software HS-RAD, that can be customized in any language
  • Voice module for customized voice messages
  • Remote operation can be included (TCP/IP)
  • USB connection for downloading all the data to an external device
  • Detection Limit calculation according to ISO 11929

Download Brochure

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]]> HS-BOMO – Beta gamma portal for personnel monitoring https://www.sciwise.ca/product/hs-bomo-beta-gamma-portal-for-personnel-monitoring/ Wed, 17 Jan 2024 20:47:03 +0000 https://www.sciwise.ca/?post_type=product&p=7142 Multitasking two-step device

The HS-BOMO unit is a multitasking two-step device designed for the detection and measurement of radioactive contamination, BETA and GAMMA, on potentially exposed personnel.

It has been specifically designed for controlled areas. It includes up to 31 detectors, which work autonomously and independently, allowing to perform simultaneous measurements with different alarm levels.

The user can identify exactly in a different channel the beta cps and gamma cps since the detectors are different for each type of radiation. Its operation is fully automated. The equipment has sensors that detect when a person enters the portal, interrupting the background acquisition and initiating automatically a thorough examination of the subject.

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Detectors

  • Customized number of detectors up to 26 detectors for beta or alpha/beta detection
  • Additional 5 gamma detectors can be included
  • Customized detector size for each customer and application: 30×15 cm, 50×40 cm, etc.
  • Beta and gamma radiation can be measured in two different channels or together in one single channel
  • Typical efficiency per detector >20% (Cl-36), >9% (Tc99), >25% (Co-60 gamma)

Power Requirements

  • 110 VAC 50 Hz

Features

  • 1 10” touch screen for information and equipment control
  • Automatic dynamic measurement time calculation
  • Sensors for person detection
  • Automatic barrier system
  • Automatic adjustable head detector
  • Audible and visual alarms
  • “Light” version with only 80×80 cm of are required for installation

Shielding

  • 5 cm of lead shielding (adjustable).

Software

  • Automatic registration of all event, backgrounds, measurements, alarms, operation failures, etc.
  • Digital adjustment of the detectors (no any mechanical intervention is required)
  • Industrial PC with the latest OS Windows version
  • Calibration, verification and configuration modules
  • Software HS-RAD, that can be customized in any language
  • Voice module for customized voice messages
  • Remote operation can be included (TCP/IP)
  • USB connection for downloading all the data to an external device
  • Detection Limit calculation according to ISO 11929

Download Brochure

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]]> OTM-HX – Object And Tool Monitors For Objects Monitoring https://www.sciwise.ca/product/otm-hx-object-and-tool-monitors-for-objects-monitoring/ Mon, 15 Jan 2024 17:30:49 +0000 https://www.sciwise.ca/?post_type=product&p=7116 Measurement Of Gamma Radiation

The HS-OTM has been designed for the detection and measurement of gamma radiation on potentially exposed tools and objects.

The size of the chambers and number of detectors can be customized in order to fit small objects up to drums and big bags.

The post OTM-HX – Object And Tool Monitors For Objects Monitoring appeared first on SciWise Solutions Inc..

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Detectors

Power Requirements

  • 220 VAC, 60 Hz or 110 VAC 50 Hz

Features

  • 1 10” touch screen for information and equipment control
  • Automatic dynamic measurement time calculation
  • Sensors for person detection
  • Automatic barrier system
  • Automatic adjustable head detector
  • Audible and visual alarms
  • User can customize the number of doors (0, 1 or 2)
  • Chamber volume can be customized to fit small objects up to drums and big bags

Shielding

  • Up to 10 cm of lead shielding (adjustable).

Software

  • Automatic registration of all event, backgrounds, measurements, alarms, operation failures, etc.
  • Digital adjustment of the detectors (no any mechanical intervention is required)
  • Industrial PC with the latest OS Windows version
  • Calibration, verification and configuration modules
  • Software HS-RAD, that can be customized in any language
  • Voice module for customized voice messages
  • Remote operation can be included (TCP/IP)
  • USB connection for downloading all the data to an external device
  • Detection Limit calculation according to ISO 11929

Download Brochure

The post OTM-HX – Object And Tool Monitors For Objects Monitoring appeared first on SciWise Solutions Inc..

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