High-Precision 2-Flute Solid Carbide Micro Drill for Swiss-Type Lathes
جودة متسقة
Consistent geometry across repeat orders.
الطلبات المرنة
Small batches and mixed sizes available.
OEM Support
Custom marking, labels and packaging.
قياسي ومخصص
Standard sizes and custom configurations.
Micro Drill for Swiss-Type Lathes Overview
This high-precision 2-flute solid carbide micro drill is designed for axial small-hole machining on Swiss-type, sliding-headstock and precision CNC lathes. A reinforced cylindrical shank supports the micro cutting section, while dual through-coolant channels deliver coolant close to the drill point where the selected diameter allows. Fine-grain solid carbide and precision-ground geometry support stable entry, chip evacuation and repeatable hole production in automated machining. Cutting diameter, flute length, neck length, shank diameter and overall length are selected according to the workpiece, hole depth, holder interface and available machine space.
Swiss-Type Lathe
Dual Through-Coolant
2 Spiral Flutes
ISO P / M / N
Key Configuration
Dual Through-Coolant Channels
Two internal channels deliver coolant close to the cutting zone where micro-size manufacturing feasibility permits.
Reinforced Cylindrical Shank
A larger clamping section supports the micro cutting area and provides a stable interface for compact Swiss-lathe holders.
2-Flute Precision Geometry
Two spiral flutes balance cutting-edge support and chip space for axial blind and through micro holes.
Key Product Advantages
Point-Level Coolant Delivery
Internal coolant supports lubrication, heat control and chip movement from the hole bottom during continuous automated production.
Reinforced Micro-Tool Structure
The reinforced shank improves clamping stability and helps reduce unsupported tool length behind the micro cutting section.
Precision-Ground Cutting Geometry
Controlled point and cutting-lip geometry support stable entry and balanced cutting load in low-runout Swiss-lathe setups.
Machine-Specific Configuration
Cutting diameter, neck length, shank and overall length can be matched to compact holders, restricted tool zones and production layouts.
Workpiece Material Compatibility
Applications & Target Scope
- Axial micro holes in Swiss-turned components
- Blind small holes with point-level coolant delivery
- Through micro holes with controlled breakthrough
- Oil and cooling passages in valve, hydraulic and precision parts
- Repeated holemaking in bar-fed automated production
- Driven-tool cross holes after holder, entry and support review
Product & Machining Details
Tool Nomenclature & Dimensions
Reference configuration for high-precision micro drilling on Swiss-type, sliding-headstock and precision CNC lathes. This series uses a reinforced cylindrical shank and can incorporate dual through-coolant holes where the selected micro diameter and channel geometry are manufacturable. Final dimensions are confirmed according to hole depth, holder interface, machine layout and workpiece application.
Configuration & Size Confirmation
This series is selected by application rather than by one fixed standard-size table. The parameters below should be confirmed from the machine layout, holder interface, required hole and approved drawing.
Swiss-Type Micro-Drilling Guidance
- Confirm Machine Layout: Provide Swiss-lathe model, drilling position, toolholder interface and available tool space.
- Confirm Coolant Capability: Specify pressure, flow, connector and filtration capacity before finalizing internal-coolant geometry.
- Minimize Unsupported Length: Use only the L1, L2 and overall length required for the actual hole and machine clearance.
- Verify Micro-Size Feasibility: Through-coolant channel size and manufacturability must be confirmed for each cutting diameter.
Recommended Starting Cutting Parameters
Starting values should be selected for the exact cutting diameter, hole depth, workpiece material, hardness, coating, coolant pressure and Swiss-lathe rigidity. Begin conservatively and adjust only after checking coolant flow, chip evacuation, hole size, burr formation and tool wear.
Solid Carbide Drill Cutting Data Guide
Use the guide as a starting reference, then adjust according to micro diameter, workpiece material and coolant capability.
Micro Drill Product Family Overview
Compare machine type, coolant requirement, workpiece material and hole depth before selecting the appropriate micro-drill configuration.
Swiss-Type Micro Drill
Through-Coolant (Current)
Precision Metal Micro Drill
General Precision Holes
Stainless Micro Drill
ISO M Applications
Custom Micro Drill
Custom Diameter / Reach / Coolant
For additional drill sizes and related series, View the Solid Carbide Drill Catalog . Custom Swiss-type micro-drill configurations can be reviewed according to your drawing and machine setup.
Swiss-Type Lathe Micro Drill Customization
Micro diameter, flute length, overall length, shank interface, point geometry and coating can be configured for automated Swiss-type lathe production. Designs are reviewed to support low runout, repeatable tool positioning, short cycles and stable batch machining.
Automation-Ready Micro Geometry & Tool Dimensions
Two-flute micro geometry, compact cutting length, shank dimensions and edge preparation can be configured for the holder, guide-bushing environment and repeated production cycle.
خدمات التصنيع حسب الطلب (OEM) والعلامات التجارية الخاصة
OEM manufacturing and private-label supply options for Swiss-type machining facilities, precision-tool distributors and automated-production customers.
Tool Identification
Tool codes, diameter specifications and batch identification can be applied according to the available shank area.
Protective Packaging
Individual protective tubes, internal supports, diameter labels and private-label packaging help protect delicate micro cutting edges.
Commercial Terms
Flexible MOQ options for sample evaluation, custom-size trials, repeat orders and scheduled batch supply.
Technical Workflow
Inquiry
Submit the machine, holder, material, hole dimensions, cycle target and quantity.
Engineering
Tool length, point geometry, edge preparation, coating and coolant are reviewed.
Commercial
Quotation, trial quantity, production schedule and delivery terms are confirmed.
Production
Precision micro-grinding, controlled edge preparation, coating and batch marking.
Quality Control
Diameter, overall length, point geometry, runout and batch consistency are inspected.
Inspection & Quality Control
Drill dimensions, cutting-edge geometry and visible surface condition are checked according to the confirmed product specification and application requirements.
Protective Packing for Shipment
Finished drills are protected individually before batch labeling and export-carton reinforcement.
Individual Tool Protection
Each drill is individually protected in a plastic tube to reduce contact damage during storage, handling and transportation.
Batch & Label Verification
Tools are grouped and labeled by specification to support order verification before carton packing.
Export Carton Protection
Batch packaging, cushioning materials and reinforced export cartons are selected according to the order quantity and shipping method.
Reference Lead Time
The following timeframes are general references. Availability and production scheduling are reviewed for each order.
Shipping Options
Shipping arrangements can be selected according to order size, delivery schedule and destination.
Product FAQs
Product-specific information about applications, available configurations, customization and machining requirements for this carbide drill.
What materials and applications is this drill designed for?
This product is positioned for Steel, Stainless Steel, Non-Ferrous Materials. Final suitability should be confirmed from the exact workpiece grade, hole type, diameter, depth and machining conditions.
Why is this micro drill suited to Swiss-type lathes?
Swiss-type machines are commonly used for small precision parts, so this drill direction emphasizes compact geometry, stable concentricity and repeatable small-hole performance.
What sizes and configurations are available?
Standard and custom sizes can be reviewed according to the product series. Diameter, flute length, overall length and shank dimensions should be confirmed before ordering.
What coolant method is suitable?
External coolant, air or mist can be selected according to the material, hole depth and machine setup. The final method should support stable chip evacuation and temperature control.
Can the drill geometry or coating be customized?
Yes. Point geometry, flute configuration, edge preparation and coating can be reviewed according to the application, provided the final specification is technically suitable.
What information is required for a quotation?
Please provide required diameter, hole depth or reach, workpiece material, and estimated quantity. A drawing is recommended for custom or non-standard requirements.
Ordering & OEM FAQs
General information for trial orders, mixed-size purchasing, private labeling and production scheduling.
Do you accept small trial orders?
Yes, small sample or trial orders are welcomed for testing and performance evaluation before committing to volume purchasing.
Can mixed sizes be ordered together?
Yes, standard and custom sizes can be combined in one order when the production and coating requirements are compatible. Mixed-size purchasing is useful for distributors and batch inventory planning.
Is OEM laser marking available?
Yes, custom shank laser marking such as logo, model number, specifications or batch identification can be reviewed together with OEM labels and packaging requirements.
What is the typical production lead time?
Standard stock items normally have a shorter lead time, while custom tools and special OEM orders require additional production time. The exact schedule is confirmed according to specification, quantity, coating and current production capacity.
Downloads & Technical Resources
Access product dimensions, series information and starting cutting data for product selection and application review.
Need Sizes, Pricing or Custom Options?
Send us the required tool type, sizes, quantities, workpiece material and any OEM or custom requirements. We will confirm suitable specifications, availability, lead time and quotation details.
Drawings, size lists and reference photos are welcome.
