Cutting tools for wood, aluminum and metal
Source TCT, PCD and cermet saw blades, pre-milling and profile cutters, finger-joint tools, router bits, drills, spiral heads, inserts, planer knives, grinding wheels, chucks and collets.
Manufacturing, product documents and order conditions depend on the model and supply route selected for your project.
Start with a product reference, intended use and estimated quantity. We bring product selection, sample questions and quotation details into one conversation.
Email your reference image ↗Choose a focused product or discuss a coordinated assortment. Each direction can be developed into a more specific model and packaging brief.
General-purpose, panel-sizing, single-rip, multi-rip, scoring, grooving, thin-kerf, edge-banding and solid-wood blade directions require separate workpiece and machine matching. Tooth counts, geometry, bore and cutting width belong to the chosen configuration.
Enquire about this range ↗General-purpose, panel-sizing, aluminum-cutting, conical-scoring and adjustable-scoring directions are kept separate. Confirm diamond cutting geometry, cutting width, bore, rotation and the actual machine before selection.
Enquire about this range ↗PCD pre-milling heads, plank and door-frame profiles, finger-joint cutters and handleless-door cutters serve different operations. Match the complete profile and machine interface; a dimensional string does not establish interchangeability.
Enquire about this range ↗Spiral heads, planing heads and reversible carbide inserts need exact insert geometry, screw, seat, rotation and host mapping. A reversible insert is distinct from a complete cutter-head assembly.
Enquire about this range ↗Through-hole, blind-hole, stepped, hinge-boring and mortising directions require hole type, workpiece, diameter, useful length, shank and rotation. Select special drill profiles from a current drawing showing the required cutting form.
Enquire about this range ↗Straight, solid-carbide, composite-carbide, rough-milling, PVD-coated, pointed-engraving, V-groove, round-bottom, chamfer, cove-box and corner-rounding profiles are distinct procurement directions. Specify all dimensions and the intended cutting operation.
Enquire about this range ↗Dedicated TCT saw blades and aluminum milling cutters need the actual alloy, extrusion or section, machine and finish requirement. Confirm cutting geometry and operating parameters for the selected article.
Enquire about this range ↗TCT and cermet circular blade directions serve metal-cutting enquiries. Mild steel, tube and rod applications need exact section, material grade, blade construction, machine and operating schedule; no universal metal compatibility is assumed.
Enquire about this range ↗TCT and HSS planer-knife directions, grinding wheels and cotton/sisal polishing wheels with a plastic-core direction require their own materials, dimensions, mounting, grit or working medium and permitted speed.
Enquire about this range ↗Drill-bit chucks, CNC-bit collets and an ISO30/ER32 holder direction need exact interface, clamping range, retention, length, runout and balancing evidence. Interface designations do not establish a certified speed limit.
Enquire about this range ↗Use these options to describe what you are buying. The public references identify your enquiry; the final model and specification are confirmed before an order.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Match the exact alloy or metal, workpiece section, machine, blade geometry and operating conditions. Confirm bore, rated speed and cutting parameters for this article; a wood blade is not a substitute.
Match the exact alloy or metal, workpiece section, machine, blade geometry and operating conditions. Confirm bore, rated speed and cutting parameters for this article; a wood blade is not a substitute.
Match the exact alloy or metal, workpiece section, machine, blade geometry and operating conditions. Confirm bore, rated speed and cutting parameters for this article; a wood blade is not a substitute.
Match wheel material, working geometry and mounting to the actual finishing operation. Confirm abrasive or polishing specification, rated speed and host fit before ordering.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify hole type, workpiece material, cutting diameter, useful length, shank and rotation. Confirm the drill-tip geometry and machine interface on a current drawing.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Confirm the working profile, cutter geometry, bore or shank, cutting direction and host machine. Inserts, screws and replacement cutters need an approved interface and article revision.
Specify hole type, workpiece material, cutting diameter, useful length, shank and rotation. Confirm the drill-tip geometry and machine interface on a current drawing.
Specify hole type, workpiece material, cutting diameter, useful length, shank and rotation. Confirm the drill-tip geometry and machine interface on a current drawing.
Specify hole type, workpiece material, cutting diameter, useful length, shank and rotation. Confirm the drill-tip geometry and machine interface on a current drawing.
Specify hole type, workpiece material, cutting diameter, useful length, shank and rotation. Confirm the drill-tip geometry and machine interface on a current drawing.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Match wheel material, working geometry and mounting to the actual finishing operation. Confirm abrasive or polishing specification, rated speed and host fit before ordering.
Specify knife material, length, width, thickness, mounting and rotation for the exact planer or cutting head. Confirm the current drawing and replacement interface.
Specify knife material, length, width, thickness, mounting and rotation for the exact planer or cutting head. Confirm the current drawing and replacement interface.
Match the actual machine-side interface, tool shank, clamping range and length. Confirm retention, runout, balancing evidence and permitted speed for the selected assembly.
Match the actual machine-side interface, tool shank, clamping range and length. Confirm retention, runout, balancing evidence and permitted speed for the selected assembly.
Match the actual machine-side interface, tool shank, clamping range and length. Confirm retention, runout, balancing evidence and permitted speed for the selected assembly.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the workpiece, machine, diameter, bore, cutting width, body thickness, tooth geometry and rotation for this blade. Approve a current specification and trial cut for the actual material and feed conditions.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Specify the routed profile, workpiece material, shank, diameter, cutting length and rotation. Approve the current cutter drawing and machine parameters before production use.
Confirm the current article and complete size schedule for the intended metal and machine. Bore, tooth count, thickness, speed and cutting parameters are separate confirmation points.
Discuss a 90-degree side-routing or grooving application with a current cutter drawing, machine, workpiece, bore or shank and operating conditions. Exact dimensions and current supply require confirmation.
Each card describes a distinct cutting or toolholding direction. Published figures are reference fields for that configuration; some size labels require confirmation of dimension roles and units. Final diameter, bore or shank, kerf, body thickness, tooth or flute geometry, rotation, permitted speed and machine compatibility must appear on an approved current drawing.
Focus the sourcing conversation on the features, materials and production details that make a difference to your product range.
Coordinate panel and solid-wood sawing, aluminum cutting, metal cutting, routing, boring, profiling and tooling accessories through one itemized sourcing brief.
Compare the workpiece and machine with the exact blade, drill or cutter construction. Separate cutting diameter, shank or bore, useful length, tooth geometry and rotation to avoid an incomplete match.
Include inserts, knives, chucks, collets, tool holders and grinding or polishing wheels with the host-tool mapping and current drawing needed for replacements.
Bring artwork, reference samples and a target cost. The available process, minimum quantity, sample charges and development scope are reviewed for the chosen option.
Discuss OEM or sample processing using a complete dimensioned drawing, workpiece, machine and cutting objective. Confirm tooling feasibility, ownership, article revision and sample approval before production.
Request article-specific blade or cutter geometry, permitted buyer markings and packing. Confirm material evidence, tolerances, quantities and authorized artwork rather than assuming that every option is available.
Request a current trial-sample plan and written quotation covering the exact tool, quantity, packing and destination. Minimums, sample charges, tooling, payment, lead time and service terms are confirmed by project.
Agree which product characteristics need testing and how the approved sample relates to the bulk order.
Define the actual carbide, PCD, cermet or HSS construction and the required edge, braze or insert condition. Verify material and process records for the selected article instead of relying on a generic material-vendor name.
Inspect diameter, bore or shank, cutting width, thickness, profile, tooth or flute geometry, rotation, runout and insert or clamping interfaces against the approved drawing.
Evaluate cut quality, chip handling and tool condition using the intended workpiece, feed, speed, coolant and machine setup. Performance, tool life and operating limits require evidence for that exact application.
Test capability is a starting point for the inspection plan. Request the method, applicable model and results needed for your order.
Request a current technical and supply file identifying the selected article, legal supply party, machine application and destination. A general company statement or certificate label is not proof that every cutter has the same approval.
State the sales market, intended users and required files in your first enquiry. Current validity and scope are checked for the selected supplier and product; a category description does not certify every item.
Share your document requirements ↗Your sales channel changes the assortment, packaging and quality priorities. Tell us the intended use as well as the product name.
Plan cutting, sizing, scoring, routing, profiling, drilling and edge-band preparation from the actual board, solid-wood or furniture component and machine.
Specify alloy, profile section, clamping and required cut or milled finish with a dedicated saw-blade or milling-cutter proposal.
Match metal grade and section with the selected blade and machine. Coordinate replacement inserts, knives, toolholding and finishing wheels through approved host drawings.
Samples, commercial terms and responsibilities are agreed for the project. Use the same product and packing specification when comparing quotations.
Product, reference image, quantity, sales market and timing.
Review configuration, materials, sample scope and relevant documents.
Agree artwork, packaging, sample, testing and inspection criteria.
Set price, payment, production, delivery and defect remedies in writing.
Practical answers about this sourcing direction, customization and the reference options. Your agreed specification and written quotation determine the actual order.
Provide workpiece material and section, machine, diameter, bore, cutting width, body thickness, tooth count and geometry, rotation and operating requirements. Approve the current drawing before ordering.
No general interchangeability is assumed. Match the cutting construction, geometry, machine and workpiece, then confirm appropriate operating conditions and a trial for the exact article.
No. Aluminum and metal directions require their own blade or cutter, workpiece and machine assessment. Diameter alone does not establish material compatibility.
No. Confirm the role and unit of every dimension, as well as bore or shank, tooth or flute geometry, cutting direction, fit and operating limit on a current drawing.
We can coordinate a feasibility and sampling proposal using the drawing, sample and application details. Final scope, materials, costs, tooling and approval conditions require written confirmation.
Supply the host model or drawing, interface dimensions, mounting or clamping details and required material. Do not assume compatibility from appearance or a similar nominal dimension.
No. Ask for current documents with exact article and legal-party coverage, issuing body, applicable requirements and validity. General management or machine documentation does not certify every blade or cutter.
They depend on the selected article, drawing, customization, packing, quantity and destination. Request a current written quotation and trial plan; no single minimum, free sample or delivery promise applies to the range.
Factory Sourcing Hub handles this enquiry as an independent sourcing and trading service. The product route, supplier suitability, sample scope and order responsibilities are agreed for the actual project.
Send the product reference, quantities per variation, customization and packaging. Prices, minimums, sample charges and delivery dates are confirmed in a current quotation; the page is not a live inventory or price feed.
Yes. State whether you need a reference sample, a customized sample or development work. Agree the sample cost and shipping, approval specification, inspection plan and remedy for non-conforming goods before the bulk order.
Reference images, drawings, logo artwork and a product list are useful. Include quantities, the intended users and sales market, packaging, required documents and timing. After submitting the form, email attachments to kunhuow@gmail.com with your enquiry reference.
A reference picture or a short description is enough to begin. Add the details you already know; the optional fields help make the follow-up more useful.
Download the enquiry checklist ↓
Independent sourcing and trading service. Supplier choice, service costs and order conditions are discussed for your project.
Product selection, customization, samples and quotation enquiries.
Compare separate product ranges and prepare a brief that fits your assortment.
Source kitchen knives and sets, kitchen and poultry shears, peelers, blocks and rolls, sharpeners and rods, garden cutting tools, paper cutters and drawing-specific blades with defined materials and application requirements.
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Source disposable and refillable razors, replacement cartridges, double-edge blades, eyebrow tools and selected body-grooming directions with construction, sampling, packaging and quality-document coordination.
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Source metal and masonry drills, taps, hole saws, wood and diamond blades, chisels, pneumatic nailers, driver tools and configured retail assortments.
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Source cutting and drilling tools, taps, mills, inserts, wood and masonry cutters, diamond tools, abrasives, polishing systems, hand tools and configured assortments.
Explore this service ↗Information basis: published product information reviewed . Reference details support a sourcing discussion. Current supply, samples and product-specific documents are confirmed for the selected item.
