Request a QuoteRequest a QuoteBring controlled rotation to your fiber experiments.
$1983
Buy now - $1983Need a purchase order, alternative payment, or shipping outside the continental US?Request a quote using the price above.
| Voltage | Adjustable, up to 10 kV |
| Collector | Rotating |
The LabMate supply connects to the tower through a coaxial high voltage cable with a central conductor, insulation, and a grounded outer shield. The shield helps reduce capacitive coupling and electrical noise while providing a grounded barrier around the high voltage path. Proper grounding and installation are required.
SpinSpray Lab 10 — Rotary Collector brings a syringe-pump tower, an adjustable-speed drum collector, and a LabMate power supply together in a benchtop research system. Choose this Lab 10 configuration when collector motion is part of the experiment.
Ask a product question · Request a quote
Add collection speed as an experimental variable
Rotate the drum as fibers accumulate and adjust its speed to study how collector motion affects deposition. This configuration gives you a moving collection surface for fiber-mat development.
Adjust voltage and fluid delivery
The included LabMate 10 — Positive, Local Control provides regulated output adjustable from 0 to +10 kV. Pair voltage adjustment with syringe-pump flow control to investigate the processing conditions for your formulation.
A compact pump designed for high voltage
Spruce Science designed the syringe pump for integration into high voltage experiments. Its compact, insulated construction allows the needle electrode to connect directly to the syringe. This short fluid path reduces the sample volume needed to fill external delivery tubing and keeps more of your formulation available for the experiment.
The syringe pump feeds solution toward the needle. An electric field between the liquid and grounded collector draws out a charged jet. A suitable polymer formulation can stretch into fibers as solvent evaporates; under electrospraying conditions, the liquid breaks into droplets instead.
Collector rotation influences how material accumulates. Fiber size, alignment, and mat uniformity also depend on the formulation and operating conditions, so they must be evaluated experimentally.
| Configuration | Collection surface | Choose it for |
|---|---|---|
| Rotary Collector | Rotating drum with speed adjustment | Fiber collection with controlled rotation |
| Flat Collector | Stationary aluminum base plate | Flat deposition, electrospraying, and custom collector studies |
How does collector rotation affect fiber alignment?
Collector motion can influence how fibers accumulate and orient on the drum. The result depends on surface speed, jet behavior, and the formulation. Adjustable rotation lets you investigate this relationship for your material system.
Need a higher voltage range or collector translation?
Explore SpinSpray Lab 30 for regulated output up to +30 kV and a rotating collector with linear motion in an enclosed workspace.
Select the Rotary Collector configuration for adjustable-voltage experiments with a moving collection surface. Need help matching the system to your material? Tell us about your formulation and target result.