What If Your Key Evidence Was Right There, And You Missed It?
Traditional chemicals and imaging methods could overlook critical evidence, especially micro-grade. This is where t-ZOOM Plus DNA steps in.
“The Hidden Issues in Forensic Evidence Gathering”
Here are the reasons why conventional methods aren’t enough to detect crucial evidence:
DNA Contamination Risk
Traditional contact-based methods risk compromising trace DNA during collection.
Limited Detection
Standard tools often fail to detect micro-evidence like epithelial cells or GSR in tight or rough surfaces.
Scene Complexity
High-light scenes, especially outdoor evidence detection on sunny days, dust-covered surfaces, cluttered environments, and complex textures often interfere with evidence detection.
Irregular Documentation
Evidence images and notes are captured separately, increasing the chance of errors and data loss.
What if a system could detect it all: faster, sharper, and court-ready?
Here are the reasons why conventional methods aren’t enough to detect crucial evidence:
Contactless Micro Evidence Imaging
Preserve evidence integrity by detecting and imaging from a distance, eliminating contamination risk.
Superspectral Sensor & Unique Optical Zoom Lens
Penetrate challenging surfaces and conditions with unique light wavelengths and advanced optics that reveal what the naked eye can't see.
All-in-One System
Unify detection, real-time RAW imaging, and case management in one device to streamline your entire workflow.
Automated Presets
Get perfect imaging instantly with automated light and filter settings for desired evidence types, reducing human error possibility or dependency on operators.
Here’s What’s Possible With t-ZOOM Plus DNA
t-ZOOM+ DNA is here when every micron matters.
Dual Evidence from a Single Fingerprint
Image a latent fingerprint for identification and detect trace DNA within it, all in one contactless step without using destructive powders.
✅ Solved by t-ZOOM Plus DNA
Micro Evidence Found Where Others Failed
t-ZOOM+ isolates and images epithelial cells on a SIM card, a task impossible for traditional methods without risking evidence destruction.
✅ Solved by t-ZOOM Plus DNA
Contactless GSR Imaging
Detects gunshot residue directly on hand, capturing evidence without the use of tapes or swabs that can compromise the sample.
✅ Solved by t-ZOOM Plus DNA
Invisible Bloodstains Revealed
The Superspectral sensor and IR lights makes latent bloodstains clearly visible on dark or patterned fabrics, where they would otherwise be missed.
✅ Solved by t-ZOOM Plus DNA
Contamination-free Semen Imaging
Quickly scan large areas for seminal fluids from a distance, identifying key areas for collection while preserving sample integrity.
✅ Solved by t-ZOOM Plus DNA
Micro GSR Traces on Complex Textures
The system's advanced optics cut through the visual noise of rough or patterned fabric to pinpoint individual microscopic particles of GSR.
✅ Solved by t-ZOOM Plus DNA
Poroscopy-Level Fingerprint Imaging
Capture pore-level details within latent fingerprints using high-resolution optical zoom, enabling advanced biometric identification and forensic comparison without the need for powders or chemicals.
✅ Solved by t-ZOOM Plus DNA
Trusted Worldwide
Deployed and utilized in the USA, Portugal, Mexico, Indonesia, Georgia, and more.
Defining the Standards in Forensics
Built for crime scene and lab workflows, t-ZOOM+ DNA meets global forensic and evidentiary standards, ensuring data accuracy, precision, and safety.
t-ZOOM Plus DNA F.A.Q.
What is the t-ZOOM Plus DNA used for?
t-ZOOM Plus DNA is a forensic imaging system designed to connect crime scenes and the laboratory. It enables both on-site scanning and detailed forensic laboratory analysis, reducing lab workloads and fastens the investigation process.
What types of evidence can t-ZOOM+ detect?
It's optimized for a wide range of biological and trace evidence, including Touch DNA, Gunshot Residue (GSR), blood, semen, saliva, vaginal fluid, hair, and fibers even on challenging surfaces.
Is any chemical or reagent required during use?
The device is completely contactless and chemical-free, preserving the integrity of the evidence and eliminating contamination risk.
How close does the device need to be to detect evidence?
SuperSpectral can scan evidence from up to 6 meters away while also detecting fine details as little as 600 microns with its unique optical zoom lens, combining long-range scanning and high-precision forensic imaging.
Can non-experts use the device easily?
t-ZOOM+ DNA is designed to be used with ease. Its smart buttons, real-time evidence visualization, and user-friendly interface allow first responders and non-experts to operate the device efficiently.
Can t-ZOOM+ DNA speed up investigation time?
Yes. t-ZOOM+ DNA is engineered to accelerate investigations by enabling remote scanning and capturing a wide range of evidence types within a single shot. This streamlined process reduces time spent on-site and minimizes lab operations by providing immediate, high-quality digital evidence ready for analysis.
How does the "All-in-One System" improve the chain of custody?
By unifying detection, high-resolution real-time RAW imaging and capturing, and a built-in case management system into a single workflow. This creates a secure case record, reduces documentation errors, and strengthens the chain of custody.
Can the device be used in low-light or outdoor conditions?
Absolutely. The system is equipped with its own powerful light source with 15 unique wavelengths, making it highly effective in complete darkness or variable outdoor lighting without relying on external illumination.
How is the case data stored and secured?
All data is encrypted and stored internally on the device. Case files can be securely exported via USB, wireless connection, or PC connection, ensuring data integrity from the scene to the lab.