Reciprocating Saw Blade

Different cutting jobs require different blade materials, tooth pitches and body designs. Start with the material and working condition rather than choosing a blade by length alone.

Wood Cutting Reciprocating Saw Blades

Designed for fast cutting in timber, boards and general wood products. Coarse teeth and deep gullets help remove chips efficiently, while the flexible blade body supports everyday construction and workshop use.

Recommended for: timber, softwood, hardwood, plywood and general wood cutting.

 

Available product: Arc Edge 6 TPI Reciprocating Saw Blade, 9inch Demolition

 

Reciprocating Saw Blades：

Arc Edge 6 TPI Reciprocating Saw Blade

9inch Demolition Reciprocating Saw Blades

Pruning Reciprocating Saw Blades

Built for cutting branches, roots and garden timber. The coarse tooth profile and deep gullets support chip removal during outdoor cutting. Select carbon steel for economical, lower-frequency work or bi-metal when higher tooth durability, body toughness and longer continuous operation are required.

 

Recommended for: branches, roots, garden timber and general pruning work.

 

Available product: Wood Pruning Reciprocating Saw Blades, Arc Edge 6 TPI  

 

Reciprocating Saw Blade：

Wood Pruning Reciprocating Saw Blades

Arc Edge 6 TPI Reciprocating Saw Blade

Metal Cutting Reciprocating Saw Blades

Our bi-metal reciprocating saw blades combine a wear-resistant cutting edge with a flexible backing material. Different TPI options are available for sheet metal, pipes, profiles and other metal workpieces.

 

Recommended for: sheet metal, steel pipe, profiles, conduit and general metal cutting.

 

Available product: 

Reciprocating Saw Blades For Metal

Demolition and Wood-with-Nails Blades

 

Designed for demanding cuts in nail-embedded wood, pallets, timber beams and mixed jobsite materials. A stronger blade body and application-specific tooth design help reduce bending, tooth damage and premature blade failure.

 

Recommended for: nail-embedded wood, pallets, framing timber and demolition work.

 

Available product:

Bi-metal Reciprocating Saw Blades

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Thick Metal Reciprocating Saw Blades

 

Made for heavier metal sections where blade stability, heat resistance and tooth durability are important. We can recommend a suitable blade according to the metal type, wall thickness and required cutting speed.

Recommended for: thick steel plate, heavy-wall pipe and structural metal sections.

 

Available product:

Thick Metal Reciprocating Saw Blades

 

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Carbide Reciprocating Saw Blades

 

Carbide-tooth reciprocating saw blades are designed for demanding materials and applications where standard HCS or bi-metal teeth may wear too quickly. The carbide grade, tooth geometry and blade body must be matched to the workpiece rather than treated as one universal solution.

Recommended for: difficult, abrasive or heavy-duty cutting applications confirmed for the selected model.

 

Available product:

Carbide Reciprocating Saw Blade

 

 

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Reciprocating Saw Blade Sets

 

Assorted blade sets give distributors and tool brands a practical way to cover several common cutting applications in one retail package. Blade combinations, printing and packaging can be adjusted for different markets.

Recommended for: retail programs, tool kits, promotional sets and private-label ranges.

 

Available options: custom blade combinations, logos, colors and packaging.

 

A curved-profile blade is not simply a straight blade bent into an arc. The blade geometry, tooth pattern, heat treatment and forming process must work together. The curved profile helps keep more teeth engaged with the workpiece and creates a natural downward cutting action. High-low or alternating teeth then help move chips away from the cutting zone, reducing loading and improving cutting stability.

 

Why the Curved Profile Matters?

• More teeth in the cut: A larger contact area distributes the cutting load across more teeth.
• Natural downward cutting action: The curved body and shank geometry help the blade enter and stay in the cut.
• Improved chip clearance: High-low, alternating or variable tooth patterns help reduce chip build-up.
• Application-specific stability: Blade width and thickness are selected to balance cutting speed, flexibility and resistance to bending.

 

Why Curved-Profile Blades Cost More to Produce?

Bi-metal construction cannot be shaped by simple stamping alone. Curved-profile blades require controlled forming, carefully managed heat treatment and additional finishing work. On applicable models, production may include reduced furnace loading, multiple tempering stages and manual masking or coating around the curved section. These extra controls are intended to keep tooth hardness, backing flexibility and blade geometry within the approved specification.

 

The correct blade depends on the workpiece material, material thickness, tooth pitch, blade length and required cutting result. Use the guide below as a starting point. For final selection, send us your cutting details so that we can match them with an available blade model.

Start with the Material

Wood, metal and nail-embedded wood place different demands on the blade. A coarse wood blade may cut timber quickly but is not suitable for thin sheet metal. A fine metal blade provides a smoother metal cut but can clog in fibrous or high-moisture wood. Moisture limits must be confirmed for the specific wood blade rather than assumed across the category.

Match the TPI to the Workpiece Thickness

TPI means teeth per inch. Lower TPI blades generally cut faster and leave a rougher finish, making them suitable for wood and rapid material removal. Higher TPI blades generally produce a finer cut and are more suitable for thinner metal.

Our documented curved-profile selection includes 6, 8, 10, 14 and 18 TPI, plus a 10/14 TPI variable-pitch design. Each tooth pattern has a defined material and thickness range. Other tooth options should be confirmed by model rather than presented as one universal range.

Select a Suitable Blade Length

The blade must remain longer than the material throughout the full stroke of the saw. A blade that is too short may strike the workpiece with its tip, while an excessively long blade may flex more during the cut.

As an internal selection reference, a 150 mm blade provides about 70–80 mm of effective cutting depth, a 200 mm blade about 120 mm, and a 250–300 mm blade about 150–180 mm. The workpiece diameter should remain within the effective cutting depth. In confined applications such as vehicle dismantling, an excessively long blade can be harder to control and may increase stress at the shank.

Consider Blade Width and Thickness

A wider or thicker blade generally offers better stability for straight and demanding cuts. Our training specification uses 19 mm as a reference width for standard metal-cutting designs and 25 mm for the heavy-duty 8 TPI design. For thickness, 0.94 mm favors lower weight and cutting speed, while 1.27 mm provides more body strength and wear allowance.

HCS Reciprocating Saw Blades

High carbon steel blades are flexible and economical. They are commonly used for wood, plastic and other softer non-metallic materials. HCS blades are a practical choice when fast cutting and flexibility are more important than high wear resistance.

 

• Best suited for: wood, selected plastics and general non-metallic cutting;
• Main benefit: flexibility and cost efficiency;
• Product boundary: not recommended as the first choice for demanding metal cutting.

Bi-Metal Reciprocating Saw Blades

Bi-metal blades combine a wear-resistant high-speed steel cutting edge with a flexible alloy-steel backing. This construction provides a better balance between tooth durability and resistance to blade breakage.

 

• Best suited for: metal, nail-embedded wood, demolition and mixed-material applications;
• Main benefit: longer working life and greater impact resistance than standard HCS blades in demanding applications;
• Available tooth materials: selected according to the confirmed bi-metal blade specification.

Carbide Reciprocating Saw Blades

Carbide-tooth blades use a hard, wear-resistant cutting material on a supporting blade body. They are intended for selected demanding applications where HCS lacks the necessary wear resistance and bi-metal teeth may not provide the required working life. Because carbide performance depends heavily on the carbide grade, tooth size, tooth attachment and impact load, the correct model must be selected for the actual workpiece.

 

• Best suited for: demanding or abrasive materials approved for the specific carbide blade model;
• Main benefit: higher wear resistance than HCS or bi-metal in the correct application
• Product boundary: carbide is harder but less tolerant of incorrect use and impact; it should not be described as suitable for every metal or construction material.

Choose HCS for general wood cutting and other softer materials. Choose bi-metal when the blade needs to cut metal, withstand impact from nails or work in more demanding demolition conditions. Choose carbide when the confirmed application requires greater wear resistance than HCS or bi-metal can provide. If your application involves a high-hardness, abrasive or unusual material, send us a sample or detailed specification before ordering. We will confirm whether an existing blade is suitable rather than recommending one blade for every material.

Reliable Reciprocating Saw Blades for Consistent OEM Supply

 

A professional blade range must do more than look good in the package. It must provide stable cutting performance from one production batch to the next. We focus on the issues that directly affect distributors, tool brands and end users. 

Reduced Tooth Damage

Blade material, tooth geometry and production control are selected according to the intended application. This helps reduce premature tooth wear and tooth damage when the blade is used within its recommended cutting range.

 

Balanced Flexibility and Stability

The backing material, blade width and thickness influence how the blade responds to bending and impact. We match these factors to wood cutting, metal cutting and demolition applications rather than applying the same body design to every blade.

 

Application-Specific Tooth Design

Coarse teeth support fast chip removal in wood, while finer teeth provide better engagement in thinner metal. For demanding jobs, variable or application-specific tooth configurations can help balance cutting speed, vibration and blade life.

 

Consistent OEM Production

Dimensions, tooth configuration, printing, color and packaging are confirmed before mass production. Inspection during production helps keep repeat orders consistent with the approved specification。

 

 

 

Quality control begins with the specification, not only with the finished blade. Before production, we confirm the cutting material, workpiece size, required blade dimensions and packaging requirements with the customer.

Our production and inspection process may include:

 

1. Raw material and specification verification

2. Blade blank forming

3. Tooth milling or grinding

4. Bi-metal joining for applicable models

5. Controlled curved-profile forming

6. Heat treatment and tempering

7. Surface treatment, manual masking where required, and cleaning

8. Logo printing or laser marking

9. Blade length, width, thickness and profile inspection

10. Tooth geometry, hardness and appearance inspection

11. Cutting performance testing

12. Packaging and final lot inspection

 

For curved bi-metal models, the forming and heat-treatment sequence is especially important. The tooth material and backing steel respond differently to heat and stress, so furnace loading, tempering and profile control must be managed together. This is one reason curved-profile production requires more process control than a basic straight blade.

When you work with Nakamura, you're tapping into the production power of four specialized manufacturing bases across China. We don't just assemble; we manufacture from the ground up. By assigning specific product lines to different facilities, we prevent production bottlenecks, maintain strict quality control, and handle massive global wholesale orders efficiently.

Zhejiang Zhongcun Precision Cutter Machinery Co., Ltd.

This is our largest volume-production facility. It handles the mass manufacturing of our core wood circular saw blades, alongside DIY-grade PCD saw blades and heavy-duty metal circular saw blades. 

Harbin Zhongcun Precision Tool Manufacturing Co., Ltd.

Equipping both industrial and consumer markets, this plant focuses heavily on TCT wood circular saw blades, reciprocating saw blades, and grass cutting saw blades. If it goes on a power tool, it’s likely made here.

Huzhou Tieye Precision Machinery Co., Ltd.

Where we handle the hardest materials. Huzhou is our engineering center strictly dedicated to ultra-hard cutting solutions, primarily producing diamond PCD saw blades and precision cermet tipped metal cutting circular saw blades for severe steel processing. 

Dalian Yingli Precision Cutting Tools Technology Co., Ltd.

Our specialized plant for composite and non-ferrous materials. Dalian takes the lead on engineering multi-purpose saw blades, abrasive-resistant diamond saw blades, and clean-cutting aluminium saw blades. 

We support OEM and ODM projects for tool brands, importers, wholesalers and distributors. Whether you need an existing blade with private-label packaging or a blade specification for a particular application, our team can review the requirements with you before sampling and production.

What Can Be Customized?

- Blade length, width and thickness

- HCS, bi-metal or carbide-tooth construction

- Confirmed tooth and backing material combination for each bi-metal model

- Carbide grade, tooth geometry and attachment method for applicable carbide models

- TPI and tooth configuration

- Blade body profile

- Surface color and finish

- Logo, model number and laser marking

- Retail card, blister, box or bulk packaging

- Pack quantity and assorted blade combinations

- Shipping marks and outer cartons

We manufacture reciprocating saw blades for B2B customers who need reliable product specifications, consistent batch supply and flexible OEM support. Whether you are expanding an existing blade range or developing a new private-label product line, we can match the blade material, tooth pattern, dimensions and packaging to your market requirements.

Tool Brands and Private-Label Buyers

For brands developing their own reciprocating saw blade range, we support product selection, custom specifications, blade colors, logo marking, retail packaging and assorted blade sets.

 

Suitable for: established tool brands, emerging brands and private-label product developers.

Importers and Distributors

We help importers and regional distributors build a practical product range covering wood cutting, metal cutting, pruning, demolition and demanding carbide-blade applications.

 

Suitable for: national importers, regional distributors and power-tool accessory suppliers.

Wholesalers and Hardware Suppliers

For wholesale customers, we provide standard and customized reciprocating saw blades in different materials, lengths and tooth configurations. Packaging and pack quantities can be adjusted for wholesale or retail distribution.

 

Suitable for: tool wholesalers, hardware suppliers and industrial supply companies.

Retailers and Hardware Chains

We support retail-ready products with clear application positioning, model identification, barcode placement, private-label artwork and assorted blade combinations.

 

Suitable for: hardware chains, home-improvement retailers and professional tool stores.

Power Tool and Tool Kit Manufacturers

Reciprocating saw blades can be supplied as accessories for reciprocating saws, cordless tool kits and promotional packages. Blade combinations can be selected according to the tool position and target application.

 

Suitable for: power-tool manufacturers, tool kit suppliers and promotional set buyers.

Industrial and Professional Buyers

For buyers with specific cutting requirements, we can review the workpiece material, hardness, thickness, cutting depth and operating conditions before recommending an HCS, bi-metal or carbide blade.

 

Suitable for: construction supply companies, demolition equipment suppliers, automotive dismantling suppliers, maintenance contractors and industrial procurement teams.

 

Zhejiang Zhongcun Precision Cutter Machinery Co., Ltd. is one of the leading reciprocating saw blade manufacturers and suppliers in China. We warmly welcome you to wholesale customized reciprocating saw blade from our factory. Good service and quality products are available.