Fabric Cutting Scissors For Shoe Making

Model: SC-09 / SC-12           

Specification	SC-09 Pattern Making Type	SC-12 Heavy Duty Cutting Type
Total Length	230 mm (9 inch)	300 mm (12 inch)
Blade Length	110 mm	160 mm
Blade Material	Forged high carbon steel, quenching hardened	Forged high carbon steel, quenching hardened
Handle Material	Anti-slip painted steel, ergonomic curved	Anti-slip painted steel, ergonomic curved
Max Cutting Capacity	8 mm multi-layer fabric / 2 mm soft leather	12 mm multi-layer fabric / 3 mm soft leather
Pivot Screw	Adjustable brass screw	Adjustable brass screw
Surface Finish	Anti-rust black handle, polished blade edge	Anti-rust black handle, polished blade edge
Package Form	Individual paper sleeve + export carton	Individual paper sleeve + export carton
Weight Per Piece	110 g	210 g
Pcs Per Carton	60 pcs	40 pcs
Carton Size (L×W×H)	250×80×120 mm	320×100×150 mm
Carton Gross Weight	7.5 KG	9.2 KG

Fabric Cutting Scissors For Shoe Making, Heavy Duty Industrial Cloth Shears For Shoe Upper Pattern Cutting

This heavy‑duty industrial fabric‑cutting shear for shoemaking features integrally forged quenched‑hardened high‑carbon‑steel blades for long‑lasting hardness and sharpness. It delivers smooth burr‑free cuts through multi‑layer fabric, genuine leather and microfiber linings without secondary trimming rework. Built with heavy‑duty reinforced industrial construction for high structural rigidity, it withstands day‑in‑day‑out intensive repeated shearing in cutting and pattern‑making workshops and resists deformation under mass‑production conditions.

An adjustable brass pivot screw allows operators to fine‑tune blade meshing tightness according to material thickness for smooth‑effortless cutting performance; loose pivots can be retightened to extend overall service life. The ergonomic curved‑grip handle fits natural hand posture to mitigate hand soreness and fatigue during prolonged cutting, and supports both left‑hand and right‑hand operation for pattern‑makers and cutters with different hand‑use habits. Double‑sided high‑precision ground blades ensure tight gap‑free meshing, readily cutting most shoemaking raw‑and‑auxiliary‑materials including upper fabrics, PU synthetic leather, pattern‑card paper, foam liners and non‑woven fabrics to cover full‑range shoe‑material applications.

Anti‑rust protective‑coating resists corrosion and oxidation for reliable performance in dusty, glue‑and‑oil‑stained shoe‑factory environments and prevents jamming. Precisely tuned tip geometry balances sharpness and controllability for fine trimming of shoe‑pattern corners and small curved components, suiting both heavy‑stock rough cutting and delicate sample pattern‑making. Weight‑balance‑optimized construction delivers steady handling and reduces hand vibration during long continuous work. Manufactured to unified industrial‑tool standards, it ensures even cutting force, minimizes dimensional deviation caused by manual cutting and improves pattern consistency.

Simple maintenance: wipe clean and apply thin anti‑rust‑oil coating daily to preserve cutting performance; dull edges can be resharpened with common oil stones following original bevel angle, lowering tool‑procurement costs over time. Individually packed for collision‑proof protection of sharp edges during transit and storage, it facilitates warehouse management and bulk distribution and complies with shoemaking‑industry standardized‑tool specifications. Widely used in large‑and‑medium‑sized shoe factories, custom‑shoe workshops, professional pattern‑making rooms and shoemaking‑training centers, this heavy‑duty fabric shear is mainly applied for mass‑cutting of upper textiles, PU synthetic leather, lining fabrics, cushion foam, pattern‑card paper and insole blanks for sampling and mass‑production blanking of sneakers, casual shoes, business leather shoes and boots. Two standard sizes are available: small size for fine small‑part trimming and large size for large‑area bulk‑material cutting, delivering sharp, wear‑resistant, labor‑saving and efficient cutting performance to upgrade cutting‑process quality and overall workshop productivity.

Follow standardized operating procedures: inspect blade integrity and pivot‑screw tightness before use and confirm proper shear size for target material; grip curved handles naturally, lay material flat on cutting table and advance steadily along marked lines for neat accurate edges; adjust brass‑pivot‑screw tightness according to material thickness. Never cut hard substances such as metal or rigid plastic to avoid tip chipping or rolling‑over. Cut thick multi‑layer materials in progressive segments instead of over‑force over‑load operation to prevent blade deformation.

Wipe glue and fiber debris off blades and apply thin anti‑rust‑oil coating after daily work, and store in dry‑well‑ventilated space. Adopt periodic maintenance routines: clean blades and handles after use and apply anti‑rust‑oil barrier against moisture and oil contamination, keep away from corrosive chemical solvents. Check pivot‑screw fastening status and inspect blades for scratches and wear weekly; retighten screws or resharpen edges when cutting becomes stiff. For long‑term storage, place in dry‑well‑ventilated warehouse with blade guard fitted; avoid stacking with heavy sharp‑edged tools to prevent tip impact damage. Resharpen dull blades evenly with fine oil stones along original bevel; replace blades when deep scratches or chipping occur to guarantee cutting‑accuracy and operational safety. Robust build enables repeated resharpening for long‑term stable service under proper operation and regular maintenance, cutting tool‑replacement frequency and factory‑consumable expenses. Individually‑packed for bulk‑procurement, warehousing and circulating allocation, it meets green‑circular‑production requirements for waste reduction and unified standardized management in shoemaking workshops.