Portable Cyanoacrylate (Superglue) Fuming Cabinet
MINIfume Portable Superglue Fingerprint Development Cabinet
MINIfume Portable Superglue Fingerprint Development Cabinet
Bring laboratory-grade cyanoacrylate fuming to the field. MINIfume is a mobile cyanoacrylate (superglue) fuming chamber designed for developing latent fingerprints on non‑porous surfaces such as metal, glass and plastics—ideal when exhibits can’t be easily transported back to the lab. The unit is engineered for practical deployment at a crime scene, in an office environment, or from a response vehicle.
Designed to process small quantities of evidence quickly and reliably, MINIfume delivers many of the convenience features found in larger laboratory chambers—without losing portability.
Why teams choose MINIfume
- True mobile capability: built into a heavy‑duty rolling case with organised storage for accessories, making transport and storage practical.
- Self‑contained processing: designed to run fully self‑contained cycles without needing an external ventilation system; includes an end‑of‑cycle purge process to filter remaining fumes before the door is opened.
- Repeatable workflows: pre‑programmed cycle options plus manual and custom programmes help standardise outcomes and support evolving techniques and developers.
- Operator confidence: large viewing panel and integrated LED “cold light” illumination support monitoring during development.
- Cleaner, easier maintenance: stainless steel and glass construction supports fast decontamination; racks and accessories are stainless steel and described as dishwasher-safe.
- Security and quality documentation: PIN-secured access options and USB process data logging support evidence security and quality control records.
- Smaller exhibit optimisation: suitable for items such as knives, handguns and bottles—ideal for rapid processing of small exhibits on the go.
What it’s used for
Cyanoacrylate fuming is a widely used method for developing fingerprints on non‑porous surfaces. MINIfume is intended to bridge the gap between laboratory processing and field operations—supporting teams who need reliable latent print development capability in mobile conditions.
Key features
- Multilingual colour touch‑panel control: control box with touch screen interface aligned to the MEGAfume-style workflow for familiarity and ease of learning.
- Pre‑programmed and custom cycles: supports fluorescent and non‑fluorescent cyanoacrylate developers in liquid or powder form, with saved custom cycle settings.
- Integrated filtration: chamber air cleaned via an activated carbon filter cassette, with active filter monitoring and maintenance prompts.
- Integrated illumination: LED illumination (cold light), with LED stripes positioned in the corners for full-height chamber lighting.
- Stainless steel interior + glass viewing panel: durable, easy to clean, and described as resistant to cleaning agents used for DNA decontamination (e.g., alcohol and peroxide-based solutions).
- Tool-less maintenance: key internal components and evidence supports are designed for easy removal without tools, including simpler filter servicing.
Technical specifications
| Specification | MINIfume |
|---|---|
| External dimensions (H × W × D) | 68.5 × 53 × 36.5 cm |
| Internal dimensions (H × W × D) | 40 × 35 × 23.5 cm |
| Levels | 1 |
| Fuming temperature range | 100°C to 230°C |
| Humidity range | 60% to 90% RH |
| Illumination | LED illumination (cold light) |
| Air filtration | Integrated activated carbon filter cassette (approx. 180 cycles with a standard amount of pure cyanoacrylate) |
| Electrical | 230 V / 50 Hz AC; max 500 W; approx. 5 A |
Optional accessories (capability extensions)
- Specialised evidence racks: optional pin support racks sized for MINIfume, designed to support items (e.g., bottles/cans) without contacting exterior surfaces.
- Starter development kit: described as including 50 mL liquid cyanoacrylate developer, 20 developer pans, plus stainless steel clips and hooks for hanging evidence.
- UV‑C decontamination unit (planned option): described as a future capability to support UV‑C cycles intended to help break down biological contaminants such as DNA.
Operational notes
- Use trained operators and follow SOPs: cyanoacrylate processing should be performed by trained personnel in accordance with organisational procedures and safety controls.
- Chemical safety: follow relevant SDS guidance for cyanoacrylate developers and any enhancement dyes used, including PPE and handling controls.
- Evidence integrity: consider PIN-secured access to minimise disturbance during a development cycle and support chain-of-custody discipline.
Request a quote from J3Seven
J3Seven can help you select the right mobile fuming configuration, define accessories for your typical exhibit types, and align MINIfume into your latent print workflow. Contact us for Australian supply, configuration guidance, and procurement support.
Frequently asked questions
What types of exhibits is MINIfume designed for?
It is designed to develop fingerprints on non‑porous surfaces and is positioned for smaller exhibits that can be processed in the chamber, such as knives, handguns and bottles.
Does it require an external ventilation system?
The product brochure describes MINIfume as capable of running fully self‑contained cycles without an external ventilation system, including a purge process to filter remaining fumes before opening the chamber.
How does MINIfume support repeatability and documentation?
MINIfume includes pre‑programmed and custom cycle options and a USB process data logger designed to record development cycle parameters for quality control and documentation.