Industrial Knife Procurement & Technical Support FAQ

Sharkcutting provides flexible minimum order quantities designed to accommodate urgent equipment repairs as well as high-volume factory operations. For standard, catalog machine knives—including our premium range of slitting-knives, paper shearing blades, and standard shredder cutters—the Minimum Order Quantity (MOQ) starts at just 1 to 5 pieces.

For custom machine knives requiring specialized geometry, unique hole patterns, or non-standard metallurgy, the MOQ typically ranges from 10 to 50 pieces. This minimum accounts for CNC setup time, specialized heat treatment furnace runs, and precision grinding calibration.

• Standard Catalog Blades: MOQ of 1 to 5 units for immediate fulfillment.
• Custom OEM Machine Knives: MOQ of 10 to 50 units depending on steel alloy and tooling setups.
• Prototype & Trial Batches: Low-volume evaluation runs available upon drawing sign-off.

Standard circular slitting blades, shear-slitting-knives, and stock industrial cutters stored in our distribution inventory are dispatched within 24 to 48 hours after purchase confirmation.

For custom engineered machine knives requiring dedicated forging, CNC profiling, vacuum heat treatment, and precision surface grinding, standard delivery lead times are 3 to 4 weeks.

When emergency production stoppages occur, Sharkcutting supports an expedited manufacturing protocol. Rush orders can be manufactured and dispatched via international air freight express within 7 to 10 business days.

We encourage field testing evaluation samples to verify cutting edge durability, tolerances, and material performance before committing to a major production run.

1. Technical Consultation: Submit your CAD drawings, sample blade, or operational parameters to our technical team.
2. Blueprint Sign-off: Our engineering department generates detailed 2D/3D manufacturing drawings for formal approval.
3. Sample Production: Prototype samples are produced using the exact steel grade, heat treatment, and grinding steps targeted for mass production.
4. Commercial Adjustment: Sample tooling costs are credited back to your account upon placement of the full volume order.

Sharkcutting provides seamless international trade logistics and transparent financial terms for industrial buyers worldwide.

Yes, our reverse engineering capabilities allow us to produce precise replacement blades even when technical drawings are completely missing. You can send a worn or used sample blade directly to our technical center.

We utilize coordinate measuring machines (CMM), optical profile projectors, and spectrographic alloy analyzers to reconstruct exact 2D/3D CAD blueprints and determine the optimum steel metallurgy prior to manufacturing.

Alloy selection depends on substrate abrasiveness, production speed, operating temperature, and required sharpening intervals.

• D2 / SKD11 Tool Steel: High wear resistance and exceptional shock resistance. Best for paper converting, corrugated board, plastic recycling, and general slitting.
• High-Speed Steel (M2 / M42): Superior thermal hardness and impact strength. Preferred for automated high-speed shearing and tough composite cutting.
• Solid Tungsten Carbide: Extreme hardness and unmatched edge longevity. Ideal for continuous thin-film slitting, battery foil converting, and non-woven fabrics where down-time costs are critical.

Sharkcutting utilizes state-of-the-art CNC double-disc grinding and lapping machinery to achieve microscopic precision across our entire line of circular-slitter-knives.

For precision circular slitting blades, thickness tolerances are maintained within ±0.001 mm with parallelism and flatness within 0.002 mm. Heavy-duty shredder knives and granulator blades are manufactured within ±0.02 mm to ensure smooth bolt alignment and balanced rotor operation.

Yes, customized surface treatments reduce friction coefficients and eliminate material adhesion issues such as glue buildup or soft polymer smearing.

PVD coating choices include Titanium Nitride (TiN), Titanium Aluminum Nitride (TiAlN), Diamond-Like Carbon (DLC), and non-stick Teflon. Vacuum heat treatment allows custom target hardness ratings ranging from 58 HRC up to 68 HRC tailored to your material requirements.

Every production lot undergoes strict Statistical Process Control (SPC). Our quality control department performs 100% optical inspection on key dimensions and Rockwell hardness verification for every heat treat batch.

Full Mill Test Certificates (MTC), heat treatment reports, and dimensional inspection sheets are included with every export shipment.

Sharkcutting provides a comprehensive Quality Guarantee on all delivered cutting tools. If any blade fails to meet verified drawing tolerances or arrives damaged:

• Submit photos or inspection reports within 14 days of shipment receipt.
• Our quality team issues an expedited RMA and prioritizes replacement manufacturing.
• Replacement units are shipped via express air freight at no additional cost to your firm.

Yes, proper blade maintenance extends tool life significantly and reduces long-term tooling expense. We provide detailed re-sharpening technical guides specifying grinding wheel composition, coolant flow rates, and maximum stock removal per pass.

Our engineering specialists are also available for technical consultations to review on-site sharpening setups and shear clearance calibrations.

To maximize blade service life and maintain pristine cut quality, implement three standard operating protocols:

1. Clearance Calibration: Verify blade gaps using feeler gauges to prevent side-load friction and edge chipping.
2. Residue Removal: Clean adhesive or polymer buildup using approved non-corrosive solvents after every shift.
3. Corrosion Control: Apply a uniform coating of protective anti-rust oil prior to storing idle knives.