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Introducing the All New SciAps NIR
The modern, sleek, fast replacement to the ASD Halo
The discontinuation of the ASD Halo left a significant gap in the market — one that existing solutions couldn’t fill. In response, SciAps has developed a new handheld NIR analyzer designed to meet this critical need. Compact, powerful, and built with cutting-edge technology, our NIR analyzer ensures you have the precision and portability you need for accurate analysis in the field.
Now accepting preorders for shipment in 2025.
The SciAps NIR
Handheld Analyzer
Essential Tool for Mineral Exploration
The NEW SciAps handheld NIR (Near-infrared spectroscopy) analyzer is a game-changing portable instrument that delivers unmatched performance in mineral reconnaissance and exploration. Designed for geologists and exploration teams working in the most remote locations, the SciAps NIR offers precise and efficient mineralogical analysis in the field, enabling better decision-making and faster progress.
Key Features
Reflectance Spectra Analysis
The SciAps NIR records reflectance spectra to predict the mineral composition of samples, making it a critical tool for understanding geological formations and identifying pathfinder minerals. Spectral range - 350 to 2510 nm.
- Spectral range - 350 to 2510 nm.
- A basic mineral spectral library of 50 important exploration minerals is included to get started immediately.
- Capability for user spectral additions and subtractions and converting publicly available USGS SpecLib 7a downloads from the internet.
- Real time Spectral Scalars calculations of Al-OH, ISM (Illite Spectral Maturity), Mg-OH, and Fe3t which indicate crystallinity, composition and/or geothermal conditions that serve as additional vectors to potential mineralization.
Portability
Lightweight and compact, the SciAps NIR handheld analyzer is optimized for use in challenging terrains. Under 4.5 lbs with the battery, the SciAps NIR is 2 lbs lighter and 50% smaller than ASD Halo. From mountainous areas to remote mines accessible only by helicopter or small plane, the SciAps NIR’s design ensures ease of transport and use.
Versatility
Perfect for reconnaissance, core logging, rock chip analysis, and expanding mapping areas. The SciAps NIR allows users to analyze outcrops, measure various positions, and assess the mineralogy of geological formations effortlessly.
On-Site Mineral Identification
The SciAps NIR detects key minerals like Epidote, Calcite, Chlorite, Kaolinite, Halloysite, Montmorillonite, Muscovite, Illite, Smectites, Dickite, Hematite, Goethite, Rectorite, and Rare Earth Oxides, among others. These are essential for vectoring in on ore bodies and guiding drill operations.
Rapid Decision-Making
With real-time mineral spectra analysis, the SciAps NIR eliminates the need for lab delays, allowing geologists to adjust their exploration strategies instantly.
Applications
Early-Stage Reconnaissance
Analyze surface samples, dig around outcroppings, and assess rock formations in areas without easy access. The SciAps NIR provides critical insights to determine if further exploration is worthwhile.
Core Logging and Drill Guidance
Identify alteration minerals and pathfinder minerals in drill core samples to direct drilling operations effectively and maximize resource extraction.
Exploration Mapping
Expand the understanding of geological formations by measuring multiple positions on outcrops and assessing mineralogical changes across the landscape.
Why Portability Matters
Early-stage exploration sites are often in extremely remote locations, far from airports or roads. Getting to these sites may require helicopters or climbing steep terrains, where bulky equipment is impractical.
The SciAps NIR’s compact design makes it ideal for such environments, ensuring geologists can focus on their work without being weighed down by heavy tools.
Mineral Analysis with SciAps NIR
Geologists rely on the SciAps NIR to detect minerals that indicate proximity to ore bodies. These include clays, alteration minerals, and other pathfinder minerals that help vector drilling operations towards valuable resources.
The SciAps NIR’s vis-NIR technology provides accurate, real-time data on:
Epidote
Calcite
Chlorite
Kaolinite
Halloysite
Montmorillonite
Muscovite
Illite
Smectites
Dickite
Hematite
Goethite
Rectorite
Rare Earth Oxides
Unlike XRF, which is primarily used to track elemental ore grade, especially metals concentration, the SciAps NIR excels at identifying chemically complex minerals critical for exploration. This complementary use of technologies ensures comprehensive data for decision-making.
How It Works
The SciAps NIR analyzes reflectance spectra to detect transitions between different mineral types. These transitions indicate significant changes in mineralogy, helping geologists determine proximity to ore bodies. With the SciAps NIR, teams can detect mineral changes in real time and adjust drilling strategies as needed.
Complementary Tool for Geotechs and Geologists
The SciAps NIR is the perfect addition to geologists’ exploration toolbelt for its speed, accuracy, and reliability. It complements visual observations, XRF analysis, and laboratory assays. The SciAps NIR bridges the gap between fieldwork and lab results, empowering teams to make faster, data-driven decisions in time-critical projects.
Why Choose
SciAps NIR?
Fast Results: No waiting weeks or months for lab data.
Enhanced Exploration Efficiency: Identify valuable resources sooner.
Unparalleled Portability: Navigate challenging environments with ease.
Versatile Technology: Use alongside portable XRF for comprehensive exploration capabilities.
The SciAps NIR isn’t just a tool; it’s a vital partner in mineral exploration, helping you make informed decisions and optimize resource extraction. Add the SciAps NIR to your exploration toolkit and experience the difference.
Spectral Range
350 to 2510 nm
Spectrometer Resolution
VIS1:3nm midrange, NIR1:8nm, NIR2: 8nm
Applications
Supports multiple NIR libraries plus custom libraries.
Weight
4.5lbs with battery (50% smaller than original Halo)
Dust and Water Resistance
IP54 Rated
Mounting
Industrial version for core-scan mounting
Battery Life
Up to 6 hours of continuous use
Wireless
On-board WiFi, GPS, Bluetooth
Storage and Reporting
On display, stored on unit, download to PC, cloud
Cloud
Cloud Connectivity for external libraries and real-time results.
