Name: Scroll Saw Bl.7tpi W/pins 6/pack
Brand: OLSON
SKU: SSB41001
Price: 204.82 ZAR
Availability: InStock

Scroll Saw Bl.7tpi W/pins 6/pack

Stock: In Stock
Brand: OLSON
Model: SSB41001
Weight: 0.02kg
Dimensions: 18.00cm x 18.00cm x 30.00cm
SKU: SSB41001
UPC: 012373410010

Products Sold: 0

Product Views: 21

Based on 0 reviews. - Write a review

R 204.82

Ex VAT: R 178.10

Qty

Add to Cart

Buy Now Ask Question

Add to Wish List Compare this Product

Olson Scroll Saw Blades — 20 TPI with Pins, 127 mm Length, 6-Pack (Model SSB40501)

The Olson SSB40501 scroll saw blade set includes six pinned blades, each measuring 127 mm (5″) between pins, with a teeth count of 20 teeth per inch (TPI). Ideal for detailed scroll-saw work where fine control, minimal tear-out and smooth curves are required on both hard and soft woods.

Unlimited Blocks, Tabs or Accordions with any HTML content can be assigned to any individual product or to certain groups of products, like entire categories, brands, products with specific options, attributes, price range, etc. You can indicate any criteria via the advanced product assignment mechanism and only those products matching your criteria will display the modules.

Also, any module can be selectively activated per device (desktop/tablet/phone), customer login status and other criteria. Imagine the possibilities.

Features

127 mm (5″) length between pins — fits standard pinned scroll saw machines.
20 TPI (teeth per inch) — excellent for fine and controlled cuts in wood with limited splintering.
Pinned ends — ensures compatibility with pin-end scroll saw machines, offering strong and stable mounting.
Pack of 6 blades — gives you multiple blades for job continuity and workshop value.

Benefits

Precision performance: The 20 TPI count gives smooth, clean curves and accurate details, perfect for intricate work.
Reliable compatibility: Pinned blades avoid the need for adapters, offering a straightforward fit for compatible scroll saws.
Workshop cost-effectiveness: A six-pack gives you multiple blades in one go, reducing downtime and restock frequency.

Extra Information

Optimal for thin or detailed pieces of wood where control and finish are important. A pilot hole of approx. 4.7 mm is typically required for internal cut-outs.
Use slower feed speeds on harder woods to allow the blade’s fine teeth to perform rather than forcing the cut.
Replace blades when finish quality begins to decline or teeth start wearing — a dull blade increases burn marks, wobble and poor results.

Pro Tip

If your design involves many tight curves, choose this 20 TPI set to balance speed and finish — finer teeth allow smoother transitions.
Keep a separate pack labelled “20 TPI Pin-End” in your kit for quick access when switching to finer detailed work, avoiding confusion with coarser sets.

Specifications

Description	Spec
Brand	Olson
Model / SKU	SSB40501
Product Type	Scroll Saw Blades – Pinned Ends
Blade Length (between pins)	127 mm (5″)
Teeth per inch (TPI)	20
Pin Format	Pinned ends
Pack Quantity	6 blades
Recommended Use	Fine scroll-saw work on hard and soft woods, detailed shaping and fretwork.

Other Product Codes in the scroll saw blade range with their specs:

CODE	TPI	TOOTH	APPLICATION + MAX. MATERIAL THICKNESS
42401	18.5	Skip tooth	Very thin cuts in hard and soft woods. 19mm
40501	20	Regular	Thin cuts in hard and soft woods. 19mm
41001	7	Hook	Cut thick hard and soft woods. 51mm
41101	15	Regular	General purpose blade for woods & plastic. 19mm
41201	10	Regular	Fast cutting of hard and soft woods. 19mm
42003	9/5	Skip tooth	Fast cut blade with reversed teeth for woods. 19mm
42701	25	Regular	Fine cuts in aluminium, plastic, soft woods & veneer to 19mm

Safety

Always wear eye and hearing protection when operating a scroll saw since chips or fragments can eject.
Ensure the blade is properly tensioned, aligned, and mounted before use; loose blades can wander, wander off line or break.
Use a feed speed appropriate for the blade’s TPI — forcing material can cause the blade to overheat, break or leave a poor finish.
Replace blades when the finish begins to degrade to ensure optimal performance and tool safety.