Michell is a manufacturer of industrial moisture, dew-point and gas analysis instruments used in process control, compressed air and gas systems, environmental monitoring and laboratory calibration. The company supplies fixed analyzers, portable instruments, sample conditioning, and cloud-enabled monitoring systems that measure water vapor, dew point, relative humidity, and specialty gases across industrial applications.
Michell products are built for continuous operation in demanding environments and focus on traceable, repeatable measurements. The product range covers direct in-line instruments for process control, hand-held meters for on-site spot checks, and integrated systems for remote monitoring and predictive maintenance. Customers include manufacturers, chemical plants, utilities, laboratories and OEMs that require instrument-grade measurement performance.
Michell emphasizes sensor longevity, ease of installation, and compatibility with standard industrial communications. Many instruments include digital outputs, environmental enclosures, and conditioning accessories to adapt instruments to particulates, pressure and sample composition. For product-specific specifications and model choices refer to Michell's product catalog at https://www.michell.com/products.
Michell instruments consolidate measurement hardware with operational features that address real-world process needs. Core features include high-accuracy dew point and humidity sensors, heated sample handling, corrosion-resistant wetted materials, and broad chemical compatibility. Instruments are available with local displays, configurable alarms, and rugged cast or stainless housings for plant-floor use.
Communications features commonly offered are analog outputs (4–20 mA), digital communications (Modbus RTU/TCP, HART), Ethernet connectivity, and optional cellular or Wi‑Fi telemetry for remote monitoring. Many instruments also provide integrated datalogging with event markers and time-stamped records which support compliance and troubleshooting workflows.
Calibration and traceability are integrated into Michell’s product ecosystem: factory-certified calibrations, field-adjustable calibration routines, and compatibility with reference conditioners make it practical for labs and on-site teams to maintain measurement confidence. Accessories such as sample probes, inline filters, condensate traps and pressure reduction modules are available to tailor installations.
Michell measures moisture and specific gas parameters to provide actionable data for process control, quality assurance and equipment protection. Instruments convert raw sensor outputs into calibrated dew point, ppm, mg/m3 or %RH readings and present that data through local displays, analog loops and digital networks.
The company’s products are used to detect moisture levels in compressed air systems to prevent corrosion and product spoilage, to monitor drying processes in pharmaceutical or polymer lines, and to analyze sample streams in gas production or analytical laboratories. Portable meters perform spot checks and troubleshooting while fixed analyzers provide continuous protection and control.
Michell also offers integrated monitoring systems that combine measurement hardware with cloud-based dashboards and alerting. These systems allow technicians to view historical trends, set alarm thresholds, and correlate moisture or gas data with other process variables for root-cause analysis.
Michell offers these pricing plans:
Pricing varies by instrument model, optional sample conditioning, and service packages. Field calibrations, mounting hardware, and communication gateways are typically billed separately. Check Michell's product catalog and purchase configurator at https://www.michell.com/products for model-level pricing and authorized distributor quotes.
Michell starts at approximately $49/month when choosing the basic cloud telemetry option paired with an entry-level transmitter; this covers remote data access and basic alerting for a single sensor. Many customers purchase instruments outright (one-time capital cost) and add monitoring subscriptions, so monthly costs depend on the chosen telemetry, number of sensors, and service level.
Monthly subscription tiers commonly include basic dashboard access, standard alerting, and limited historical retention at the lower price points. More advanced plans that add long-term data retention, multi-site dashboards, API access and priority technical support move into the $99–$249/month range per gateway or site depending on scale.
If you operate a fleet of analyzers, vendors or distributors often offer consolidated site licensing or an enterprise telemetry package that reduces per-sensor monthly fees. For current subscription options and telemetry feature comparisons, review Michell's monitoring and service offerings at https://www.michell.com/solutions.
Michell costs roughly $588/year for the basic telemetry subscription when billed monthly at $49/month, and $1,188/year for mid-tier telemetry at $99/month; device purchase costs are typically one-time capital expenditures. Many customers budget annual maintenance and calibration plans which are quoted as annual fees and may range from a few hundred to over $1,000/year per instrument depending on service depth.
Annual calibration contracts often include scheduled onsite calibrations, replacement sensor elements, and certificates of conformity for traceability — valuable for regulated facilities. Enterprise support contracts and extended warranties that include expedited replacements typically increase annual spend but reduce downtime risk.
For precise annual totals including device cost amortization, calibration, and telemetry, consult Michell's authorized resellers or contact Michell Sales via https://www.michell.com/contact to obtain customized quotations.
Michell pricing ranges from $0 (documentation access) to $9,500+ one-time device price and $49–$249/month for telemetry and service tiers. Entry-level portable meters and basic transmitters start in the low thousands of dollars; mid-range online analyzers commonly sit in the $2,000–$5,000 band, while specialized or high-precision analyzers, sampling systems and multi-parameter platforms exceed $9,000.
Total cost of ownership includes initial hardware, sample conditioning, installation labor, periodic calibration, spare parts and optional telemetry subscriptions. For process-critical instruments, customers frequently budget for annual calibration and spare sensor elements as part of operating expenses.
Compare models by specified uncertainty, measurement range, environmental ratings and communications options to select devices that meet both performance and budget constraints. For up-to-date list pricing and OEM quotes, visit Michell's product pages and contact forms at https://www.michell.com.
Michell devices are used for contamination prevention, product quality control and regulatory compliance across many industries. Common applications include moisture monitoring in compressed air and natural gas lines to prevent pipeline corrosion and downstream damage, dew-point control in drying ovens and polymer extrusion processes, and humidity control in semiconductor and pharmaceutical environments.
In laboratories and calibration facilities, Michell instruments provide reference-grade measurements that support method validation, instrument certification and inter-laboratory comparisons. Portable meters are used during commissioning, maintenance checks and troubleshooting to verify system integrity or identify leaks and process deviations.
Operational benefits include reduced unplanned downtime, better product yield through tighter moisture control, and simplified compliance reporting through logged, traceable measurements. Integration with plant control systems enables automated responses (valve actuation, dryer control) driven by instrument alarms and setpoints.
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Operational trade-offs should be evaluated: for mission-critical processes, the higher initial investment in a calibrated, rugged analyzer typically pays back through reduced downtime and fewer product rejects. Budget-constrained applications may prefer simpler handheld meters or lower-cost transmitters with periodic laboratory verification.
Michell does not typically offer free trials of industrial hardware in the same way software vendors do, but they provide evaluation services, demo units and temporary loaner instruments for qualified customers. For plant trials, Michell or its distributors can supply temporary analyzers configured for the target sample conditions so teams can validate performance before committing to a purchase.
Demo programs usually include site-specific advising, installation guidance and a period of data collection to confirm the instrument’s suitability. These trials can be part of procurement negotiations for larger projects or for validating measurement uncertainty under real process conditions.
For trial availability and to request an evaluation unit, contact Michell's sales and applications team through their online contact form and request a demo at https://www.michell.com/contact.
No, Michell instruments are not free products. Documentation and some software tools are available at no charge, but the hardware and professional services are commercial purchases. Free access typically means datasheets, manuals and whitepapers rather than full instrument functionality.
If cost is a constraint, consider portable meters or basic transmitters as lower-cost entry points, or request a temporary evaluation unit to verify value before purchasing. For academic or research collaborations, Michell may offer special arrangements through institutional procurement channels.
Michell provides device-level and cloud APIs as part of its modern telemetry and gateway offerings. API capabilities commonly include RESTful endpoints for time-series retrieval, device configuration, alarm status, and metadata queries. Gateways bridge local Modbus or analog instruments to cloud services and expose normalized data through documented APIs for integration with PLC historians, analytics platforms or enterprise dashboards.
API authentication supports API keys and token-based access, and enterprise packages offer role-based access control and audit logging. Typical API features allow automated extraction of historical data for reporting, push notifications for alarm conditions, and programmatic device provisioning for fleets of analyzers.
Developers can leverage published SDKs and example code to integrate instrument data into existing maintenance platforms, data lakes or condition-based monitoring systems. For API reference documentation and integration guides, see Michell's technical resources and developer materials at https://www.michell.com/support.
Below are ten alternative manufacturers or solutions that serve similar use cases for moisture, dew point or gas analysis. Each name is commonly considered by engineers comparing vendors.
Vaisala — Offers a wide range of humidity and gas analyzers with strong global support and calibration services; popular in process industries and meteorological applications. Vaisala models often compete on sensor stability and integrated diagnostics.
Rotronic — Known for precise humidity and dew-point transmitters and handheld instruments; good options for laboratories and clean-room environments with traceable calibration options.
Thermo Fisher Scientific — Provides analytical gas measurement tools and laboratory-grade instrumentation; suitable for applications with strict analytical requirements and traceability.
Honeywell Analytics — Supplies gas analyzers and detection systems for industrial safety and process monitoring; often paired with broader plant safety and control portfolios.
GE Sensing (now Baker Hughes) — Industrial gas analysis and sensor solutions with industrial-grade robustness and global service networks; often specified in energy and petrochemical sectors.
HygroMatik — Specialist humidity measurement and control products for HVAC and industrial drying applications, with a focus on turnkey control solutions.
Edgetech Instruments — Offers portable and fixed analyzers aimed at compressed air and gas quality, including trace moisture measurement and simplified installation.
Arduino — An open hardware platform that, combined with appropriate humidity and moisture sensors (e.g., capacitive humidity sensors), can be used to build low-cost monitoring prototypes. Suitable for proof-of-concept and educational use but not for certified process control.
ESPHome (ESP8266/ESP32-based projects) — Firmware and ecosystem for Wi‑Fi-enabled sensors that stream humidity and temperature data to home automation platforms or custom back ends; useful for non-critical monitoring and rapid prototyping.
OpenWeatherMap / Sensor Community integrations — Community-driven sensor networks and open data integration patterns that aggregate low-cost sensor arrays for environmental monitoring projects; suitable where certified accuracy is not required.
ThingSpeak (open tools) — Open toolchains and IoT platforms that accept data from DIY humidity sensors and provide visualization and basic alerting; practical for small-scale monitoring and experimentation.
Open-source options are best for early testing, education, or low-risk monitoring. For process-critical systems where safety, traceability and certified accuracy are required, commercial analyzers like those from Michell or the paid alternatives above remain recommended.
Michell is used for industrial humidity, dew point and gas moisture measurement. The instruments protect equipment and products by measuring water vapor in gases and air, support drying and process control, and provide traceable data for laboratory and compliance workflows.
Yes, Michell provides telemetry and gateway solutions for remote monitoring. Gateways translate local instrument outputs to cloud services and enable dashboards, alerting and historical analysis; subscription tiers add data retention and advanced diagnostics.
Accuracy varies by model but many Michell analyzers offer laboratory-grade uncertainty. Typical dew-point transmitters have uncertainties in the low single-digit °Ctdp or better, and lab analyzers report specifications suitable for calibration tasks — check model datasheets for exact figures.
Yes, most Michell instruments integrate with SCADA and DCS via 4–20 mA, Modbus RTU/TCP and Ethernet. This enables real-time trending, alarm propagation and control actions directly from plant control systems.
Routine maintenance typically includes periodic calibration and sample conditioning checks. Depending on the model and process contaminants, maintenance intervals can range from months to years; calibration contracts and field service options are available to standardize schedules.
Yes, Michell offers factory calibration and traceable certificates. Calibration services can be purchased at shipment or as scheduled field services and are essential for regulated environments where measurement traceability is required.
Yes, some Michell products are rated for hazardous areas with appropriate certifications. Models built for explosive atmospheres include ATEX and IECEx approvals and use purge/sampling strategies to safely measure process gases.
Yes, many Michell distributors list products and request quotes online, but direct purchases often require configuration. Because sample conditioning and optional features affect final pricing, most commercial purchases are handled through authorized distributors or direct sales to ensure proper selection.
Yes, Michell exposes APIs through gateways and cloud services for data retrieval and device management. Developers can integrate instrument data into analytics platforms or maintenance systems using REST APIs and standard industrial protocols.
Michell provides technical support, application engineering and extended warranties. Support ranges from online documentation and knowledge base articles to onsite commissioning and enterprise-level service agreements for critical installations.
Michell hires across engineering, applications, service and commercial roles to support instrument development, sales and field service. Career paths include electronics and mechanical design engineers, application scientists for humidity and gas measurement, field service engineers for calibration and installation, and technical sales specialists.
The company typically advertises roles on its corporate site and professional job boards, and offers training on instrument technologies, calibration practices and safety certifications relevant to field work. For current vacancies and application instructions, visit Michell's careers page at https://www.michell.com/company/careers.
Michell runs an authorized distributor and reseller network rather than a generic affiliate program. Distributors receive product training, pricing support and access to technical literature to support local sales and service. For reseller inquiries or to find an authorized representative in your region, consult Michell's global partners directory at https://www.michell.com/where-to-buy.
Organizations interested in referral partnerships or OEM supply agreements should contact Michell's commercial team to discuss volume pricing, integration support and co-marketing opportunities.
Independent reviews and user feedback can be found in instrumentation forums, technical user groups and industry trade publications that evaluate moisture and gas analyzers. Look for operator case studies, white papers and third-party laboratory comparisons for model-specific performance insights.
For vendor-supplied testimonials, application notes and validated case studies, browse Michell's reference library and technical resources at https://www.michell.com/resources. For peer reviews and installation experiences, search industry forums and professional networks focused on compressed air quality, gas analysis and process instrumentation.