Name: SPH 800 Portable Fume Extractor
Brand: Diversitech-air
Availability: InStock

SPH 800 Fume Extractor portable laser fume extraction system

SPH 800 Portable Fume Extractor

SPH 800 Fume Extractor is designed for use in heavy-duty laser cutting and soldering applications. With nominal airflow capabilities up to 480 CFM, the SPH 800 series can easily be implemented at a standalone workstation or as a multi-station laser fume extractor depending on your capacity needs. Featuring a multi-stage filtration system with a variety of filter sequence configurations to address your fume extraction needs, an iSeries (digital) control panel and heavy-duty lockable casters for portability, the SPH 800 provides everything you need in a laser fume extractor.

Performance Specifications

Product Number	Motor	Pressure	CFM	Volts/Phase/Hz	Amps	Shipping Weight	Width	Height	Depth	Noise(dB)	Filter Sequence	Filter Efficiency
1-0036-0701 (6 ft of 3" HD hose/Dual 3" inlets)	Infinity (3x)	90" WC	360	230/1/50-60	12	150lbs (68kg)	16"	30"	25.5"	54dB(A)	•Knockout Pad F166 (2x) •2" Pleated Dust Filter F071 (2x) •2” HEPA Filter F074 (2x) •8” Carbon Filter AG097 (2x)	•MERV 6-8 •MERV 10 •MERV 17 •N/A
1-0036-0711 (6 ft of 4" HD hose/Dual 4" inlets)	Infinity (3x)	90" WC	360	230/1/50-60	12	150lbs (68kg)	16"	30"	25.5"	54dB(A)	•Knockout Pad F166 (2x) •2" Pleated Dust Filter F071 (2x) •2” HEPA Filter F074 (2x) •8” Carbon Filter AG097 (2x)	•MERV 6-8 •MERV 10 •MERV 17 •N/A
1-0036-0702 (6 ft of 3" HD hose/Dual 3" inlets)	Infinity (3x)	90" WC	360	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 • 12" Carbon Filter AG098	• MERV 6-8 • N/A
1-0036-0712 (6 ft of 4" HD hose/Dual 4" inlets)	Infinity (3x)	90" WC	360	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 • 12" Carbon Filter AG098	• MERV 6-8 • N/A
1-0036-1701 (6 ft of 3" HD hose/Dual 3" inlets)	Dual Brushless	36" WC	480	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 (2x) • 2" Pleated Dust Filter F071 (2x) • 2” HEPA Filter F074 (2x) • 8” Carbon Filter AG097 (2x)	• MERV 6-8 • MERV 10 • MERV 17 • N/A
1-0036-1711 (6 ft of 4" HD hose/Dual 4" inlets)	Dual Brushless	36" WC	480	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 (2x) • 2" Pleated Dust Filter F071 (2x) • 2” HEPA Filter F074 (2x) • 8” Carbon Filter AG097 (2x)	• MERV 6-8 • MERV 10 • MERV 17 • N/A
1-0036-1702 (6 ft of 3" HD hose/Dual 3" inlets)	Dual Brushless	36" WC	480	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 • 12" Carbon Filter AG098	• MERV 6-8 • N/A
1-0036-1712 (6 ft of 4" HD hose/Dual 4" inlets)	Dual Brushless	36" WC	480	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 • 12" Carbon Filter AG098	• MERV 6-8 • N/A
1-0036-4701 (6 ft of 3" HD hose/Dual 3" inlets)	Dual Brushless	54" WC	440	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 (2x) • 2" Pleated Dust Filter F071 (2x) • 2” HEPA Filter F074 (2x) • 8” Carbon Filter AG097 (2x)	• MERV 6-8 • MERV 10 • MERV 17 • N/A
1-0036-4711 (6 ft of 4" HD hose/Dual 4" inlets)	Dual Brushless	54" WC	440	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 (2x) • 2" Pleated Dust Filter F071 (2x) • 2” HEPA Filter F074 (2x) • 8” Carbon Filter AG097 (2x)	• MERV 6-8 • MERV 10 • MERV 17 • N/A
1-0036-4702 (6 ft of 3" HD hose/Dual 3" inlets)	Dual Brushless	54" WC	440	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 • 12" Carbon Filter AG098	• MERV 6-8 • N/A
1-0036-4712 (6 ft of 4" HD hose/Dual 4" inlets)	Dual Brushless	54" WC	440	230/1/50-60	12	150 lbs (68 kg)	16"	30"	25.5"	54dB(A)	• Knockout Pad F166 • 12" Carbon Filter AG098	• MERV 6-8 • N/A

Standard Features

iSeries (digital) control panel
Multi-stage filtration system with HEPA
LaserBlue gel seal guarantees zero filter bypass
6 ft hose included
Universal cable included – E427

Optional Features

Three (3) Infinity or Dual Brushless motors
3" or 4" diameter inlet / hose
Multiple filter sequence configurations (see Technical Specifications)
Knockout pad – F166

Reccommended Applications

Ideal for welding.

Ideal for grinding.

Ideal for deburring.

Ideal for soldering.

Not ideal for sanding

Not ideal for painting

Free Delivery

Free delivery Included

Worry-Free Trial

15-Day easy returns

Warranty

1-Year warranty policy

After-Sale Service

Contact Us

Quantity

A CLOSER LOOK

EXPLORE THE APPLICATIONS FOR AIR FILTRATION SOLUTIONS

Abrasive Blasting

Abrasive blasting cleans or finishes surfaces using high-speed media, requiring safety.

Laser & Plasma Cutting

Laser and plasma cutting efficiently shape materials but produce hazardous fumes.

Laser Engraving

Laser and plasma cutting enable precise fabrication but generate hazardous fumes.

Painting & Coating

Industrial painting and coating release VOCs; proper ventilation prevents severe health risks.

Sanding & Finishing

Sanding and finishing generate harmful dust; source capture systems protect worker health.

Soldering & Brazing

Soldering produces toxic lead and rosin fumes; proper ventilation protects worker health.

Thermal Spraying

Thermal spraying generates toxic fumes and dust; proper ventilation ensures worker safety.

Welding & Robotic Welding

Welding produces toxic fumes and gases; effective air filtration ensures worker safety.

3D Printing

Additive manufacturing growth brings toxic fumes and dust, demanding proper filtration solutions

INDUSTRIES

Custom Equipment Suited to Your Needs

we understand that every industrial facility is unique. Facilities producing smoke, fumes, vapors, or dust require tailored solutions, and our engineered systems are designed to meet those specific needs. Our application designers focus on cost-effective efficiency, using strategies like right-sized equipment, concentric airflow patterns, minimized exhaust fans, filtered air recirculation, and capture-at-source solutions to maximize safety and reduce operating costs.

Setting Up Your Equipment

Professional installation and start-up services provide the fastest, safest way to get fume and dust control equipment operational. Experienced engineers and technicians handle every step—from site pre-inspection, un-packaging, and assembly, to electrical, pneumatic, and plumbing connections, measurement, testing, and commissioning. Equipment safety orientation, preventative maintenance guidance, pre-use inspections, and post-installation support ensure the system is installed correctly, fully operational, and ready for safe, efficient use.

Startup, Commissioning & Training

Startup services provide a seamless, cost-effective way to get your air filtration system operational. Experts ensure proper installation, make performance adjustments, and verify safety features such as NFPA combustible dust accessories. Operators and maintenance staff are trained on safe use and preventative maintenance procedures, while electrical systems, ductwork, and pulse-cleaning programs are reviewed and optimized to protect your investment and ensure efficient, reliable operation.

WHY CHOOSE US

EASY TO USE, PLUG AND PLAY MACHINERY

FIND YOUR ANSWERS HERE

FREQUENTLY ASKED QUESTIONS

What types of industrial ventilation and air filtration systems are available, and which is best for my workplace?

Industrial facilities typically rely on two main types of ventilation systems to control airborne contaminants:

Source Capture and Ambient Air Cleaning. Both methods are effective for removing dust, smoke, and fumes, but the right choice depends on your specific work environment.

Source Capture (Local Exhaust):
This system removes contaminants directly at the point of generation. It can be configured in two ways:

Ducted Systems – Use devices such as capture arms, downdraft tables, enclosures, or hoods to pull contaminants into a central dust, fume, or mist collector through ductwork.

Self-Contained Units – Portable solutions like mobile fume extractors, portable downdraft tables, welding booths, or wall-mounted collectors that filter and recirculate air without requiring ductwork.

Lower equipment and installation costs (no ductwork required)

Protects workers’ breathing zones (often eliminates the need for respirators)

Minimal maintenance (no ducts to clean or relocate)

Flexible and portable for changing workspaces

Reduced energy costs (run only when needed)

No need for costly air makeup systems

Ambient Air Cleaning (Dilution or General Ventilation):
This system continuously cycles and filters the air throughout a facility, reducing the overall concentration of airborne contaminants. Air cleaners are strategically placed to maintain airflow and prevent stagnant, polluted air.

Advantages of Ambient Air Cleaning systems:

Effective in areas where source capture isn’t possible (e.g., overhead cranes, large parts, limited floor space)

No need for workers to stay near the air cleaner

No repositioning of hoods or arms required

Wall-mounted or ceiling-hung options save valuable floor space

Which is best?
Whenever possible, source capture systems are the most effective solution, since they stop contaminants before they reach the worker’s breathing zone. However, ambient air cleaning systems are ideal in facilities where source capture cannot be implemented due to space or operational limitations.

What type of dust collection system should I use for combustible dust, and what are the advantages of dry vs. wet systems?

Combustible dust presents unique safety risks, and the choice between a dry dust collection system and a wet dust collection system depends on compliance, safety, and cost considerations.

Dry Dust Collection Systems (Cartridge Collectors):
By default, dry dust collectors are not inherently safe for combustible dust. The cartridge filters can ignite, and the collector itself may present an explosion hazard. To reduce these risks, dry systems must be equipped with costly safety accessories, such as:

- Explosion vents or rupture panels (vent explosions safely away from the facility)

- Outdoor installation of collectors

- Fire-retardant filter media (reduces burning but does not stop ignition)

- Spark arrestors (block sparks from entering the collector)

- Remote solenoid enclosures (electrical safety)

- Non-sparking blower wheels

- Abort dampers (redirect explosions away from collectors)

- Sprinkler systems (fire suppression)

Compliance with NFPA codes (61, 484, 652, 654, 664) requires these safety measures, which can make dry dust collection for combustible dust very expensive.

Wet Dust Collection Systems:
A wet dust collector uses water instead of filter media to capture combustible dust. When dust particles come into contact with cascading water, they are immediately neutralized and rendered inert, eliminating the risk of fire or explosion.

Key advantages of wet dust collectors:

- Inherently safe for combustible dust (no need for costly suppression systems)

- NFPA-compliant without requiring multiple accessories

- More cost-effective for facilities handling combustible particulate

- Simplifies system design and reduces maintenance compared to outfitted dry systems

Which is best?
While dry collectors can be used with the proper (and often expensive) safeguards, wet dust collectors are the safer and more cost-effective solution for handling combustible dust.

Do you offer installation and setup services?

Yes. Through Diversitech’s startup services, we can provide complete installation, commissioning, and training to ensure your system is operating at peak efficiency.

What about maintenance and parts?

We supply OEM filters, replacement parts, and maintenance support for all Diversitech systems. Our team can also provide guidance on preventative maintenance to extend the life of your equipment.

Are Diversitech products NFPA and OSHA compliant?

Yes. Diversitech systems are designed to meet NFPA, OSHA, and local environmental regulations, ensuring your facility remains safe and compliant with current standards.