Hengerda New Materials（Fujian）Co., Ltd.

18/05/2026

Carbide-Tipped Bandsaw Blades for Wood Cutting
1). Material Advantages:
A. Tungsten Carbide Tips: The blade teeth are tipped with high-quality tungsten carbide, which provides exceptional hardness, wear resistance, and heat resistance.
B. Durable Backing: The flexible alloy steel backing ensures high fatigue strength and reduces the risk of blade breakage, even under demanding cutting conditions.
3. Stable Tooth Geometry: Advanced tooth design helps maintain sharpness longer, ensuring consistent performance and cleaner cuts.
2). Cutting Range:
A. Versatile Applications: Ideal for cutting a wide variety of wood materials, including:
a. Softwood and hardwood
b. Engineered wood, such as MDF and plywood
3. Laminated wood and glued materials
4. Green (wet) timber and frozen wood
3). Heavy-Duty Capability: Suitable for large-diameter logs, hardwood beams, and high-density lumber.
4). Cutting Speed:
a. High-Speed Cutting: Carbide-tipped blades allow for significantly higher cutting speeds compared to traditional carbon or bi-metal blades.
b. Improved Efficiency: Faster feed rates and reduced downtime from fewer blade changes result in greater productivity.
c. Smooth Finish: High-speed, precise cutting delivers clean surfaces with minimal sanding or finishing required.
Made-in-China.com

05/05/2026

CNC circular saw machine

After-sales Service: After-Sales Support Warranty: 1 Year Application: Metal Process Usage: Metal-Cutting CNC Machine Tools Movement Method: Linear Control Control Method: Semi-Closed Loop Control

23/04/2025

CNC Circular Saw Machine – Equipment Overview
1. Structure and Components
A CNC circular saw machine is a high-precision automatic cutting solution that utilizes a circular blade to perform fast and accurate cutting of various materials, especially metal bars and pipes. The main structural components include:
Machine Base and Frame: Rigid, vibration-resistant construction for stability and precision.
CNC Control System: Typically equipped with a PLC or industrial PC with user-friendly HMI for program control and parameter adjustment.
Servo Motors and Drives: For high-speed feeding, cutting, and clamping operations with precision control.
Saw Head and Blade Drive: Motor-driven spindle with circular saw blade, offering high rotation speeds and cutting power.
Clamping System: Hydraulic or pneumatic clamps to ensure stable material fixation during cutting.
Feeding Mechanism: Automated bar/pipe loading and servo-controlled feeding for continuous processing.
Cooling and Chip Removal: Integrated lubrication and chip evacuation systems to improve blade life and keep the workspace clean.

2. Advantages:
a. High Efficiency: Automatic feeding, measuring, clamping, and cutting significantly reduce cycle times and increase productivity.
b. Precision Cutting: CNC control allows for precise length settings, consistent accuracy, and repeatability.
c. Excellent Surface Finish: Minimal need for secondary processing due to clean, burr-free cuts.
d. Versatile Cutting: Suitable for a wide range of materials including stainless steel, carbon steel, aluminum, copper, and alloy bars.
e. Labor Saving: Full automation minimizes the need for manual intervention, reducing labor costs and operator fatigue.
f. Safety Features: Equipped with safety enclosures, emergency stops, and fault detection systems to protect operators and equipment.

3. Applications CNC circular saw machines are widely used in:
a. Metalworking and Steel Processing Plants
b. Automotive and Aerospace Component Manufacturing
c. Hydraulic Cylinder and Pipe Processing
d. Forging and Machining Workshops
e. Hardware and Tool Manufacturing
f. Construction Material Fabrication

4. Optional Features and Customization
a. Automatic loading and unloading systems
b. Material sorting and stacking devices
c. Integration with robotic arms or conveyor systems
d. Special blades for non-ferrous or hardened materials
e. Multi-bar cutting and bundle cutting capabilities

After-sales Service: After-Sales Support Warranty: 1 Year Application: Metal Process Usage: Metal-Cutting CNC Machine Tools Movement Method: Linear Control Control Method: Semi-Closed Loop Control

23/04/2025

Roller Linear Guide Rails – Product Introduction
1. Material
Roller linear guide rails are typically made from high-grade bearing steel, known for its exceptional hardness, wear resistance, and fatigue strength. The rails and rollers undergo precision heat treatment and surface grinding to ensure high dimensional accuracy and a long service life. In some cases, stainless steel is used for applications requiring corrosion resistance.
2. Function
The primary function of a roller linear guide rail is to provide smooth, precise, and stable linear motion under heavy loads. It minimizes friction and ensures high positioning accuracy, which is crucial for applications requiring repeatable linear travel. The rollers within the carriage allow for point or line contact, which reduces deformation under load and enhances overall rigidity.
3. Applications
Roller linear guide rails are widely used in:
CNC machine tools (machining centers, milling machines, lathes)
Precision measuring equipment
Automated assembly lines
Industrial robots and handling systems
Die-cutting and metal forming machinery
High-load transfer systems in automotive or aerospace sectors
4. Advantages
High Load Capacity: Roller bearings allow for higher load ratings compared to ball-type guides.
Superior Rigidity: Line contact between rollers and rails provides better stiffness and resistance to deflection.
Long Service Life: The use of hardened steel and precision engineering ensures durability and low maintenance.
High Accuracy & Smooth Movement: Reduced friction ensures smooth linear motion, crucial for high-precision applications.
Excellent Vibration Resistance: Ideal for heavy-duty applications where vibration dampening is essential.

Application: Machine Tool, Industrial Robot, Other Equipment. Carrying Capacity: Weight Level Certification: CE, ISO9001:2015, ISO14001:2015 Corrosion Resistance: High Corrosion Resistance Length: 1000mm-6000mm Rails for Optional Material: High Quality Steel Materials

22/04/2025

Ball-Type Linear Guide Rails – Product Overview

Product Introduction: Ball-type linear guide rails are precision mechanical components designed to provide smooth, accurate, and low-friction linear motion in a wide range of industrial applications. These guide rails operate on the principle of rolling contact between the guide rail and the carriage block, with circulating steel balls enabling consistent linear movement with minimal resistance. This design ensures high positioning accuracy and repeatability, making them essential in automation and precision machining environments.

Sizes & Configurations:
Ball-type linear guide rails are available in a wide variety of sizes to accommodate different load capacities, stroke lengths, and installation spaces. Key specifications include:

Rail Width: Typically ranges from 15 mm to 65 mm or more.
Block Types:
Standard Block (longer length for higher load capacity)
Short Block (compact for limited spaces)
Fl**ge Type (for easier mounting)

Precision Grades:
Normal, High (H), Precision (P), Super Precision (SP) depending on required accuracy.

Advantages:
1. High Precision and Repeatability
2. Smooth and Quiet Operation
3. Low Friction and Energy Consumption
4. High Load Capacity and Long Service Life
5. Easy Installation and Maintenance
6. Available in Anti-Corrosion and Dustproof Variants

Application: Machine Tool, Industrial Robot, Other Equipment. Carrying Capacity: Weight Level Certification: ISO9001:2015, ISO14001:2015 Corrosion Resistance: High Corrosion Resistance Length: 1000mm-6000mm Rails for Optional Material: High Quality Steel Materials

22/04/2025

Product Introduction – Ball-Type Linear Guide Rails

Ball-type linear guide rails are precision-engineered components designed to provide smooth, accurate, and stable linear motion. They are widely used in industrial automation and high-precision machinery, where low friction and high load capacity are critical. These guide rails use rolling elements—typically steel balls—that circulate within the guide block to ensure consistent and efficient movement.

Material: Ball-type linear guide rails are primarily made from high-quality alloy steel or stainless steel.
1. Alloy Steel: Heat-treated and ground to deliver high hardness (HRC 58–62), excellent wear resistance, and dimensional stability.
2. Stainless Steel: Offers corrosion resistance for applications in cleanroom environments, medical devices, or food processing equipment.
Surface treatments such as black oxide coating, chrome plating, or nickel plating can also be applied for enhanced corrosion protection or appearance.

Rigidity and Load Capacity:

1. The use of four rows of circular arc contact points allows the ball-type linear guide rail to bear loads in all directions—radial, reverse radial, and lateral.
2. High Rigidity: Through preload adjustment and optimized ball contact angles (typically 45°), these guides achieve excellent rigidity and precision.
3. Load Capacity: Suitable for both high-speed light loads and low-speed heavy-duty operations, depending on the block size and number of sliders.

Application: Machine Center, Lathe, Grinding Machine, etc Carrying Capacity: Middle-Level Certification: ISO9001:2015, ISO14001:2015 Corrosion Resistance: High Corrosion Resistance Length: 1000mm-6000mm Rails for Optional Material: High Quality Steel Materials

21/04/2025

Carbide-Tipped Bandsaw Blades for Wood Cutting

1). Material Advantages:
A. Tungsten Carbide Tips: The blade teeth are tipped with high-quality tungsten carbide, which provides exceptional hardness, wear resistance, and heat resistance.
B. Durable Backing: The flexible alloy steel backing ensures high fatigue strength and reduces the risk of blade breakage, even under demanding cutting conditions.
3. Stable Tooth Geometry: Advanced tooth design helps maintain sharpness longer, ensuring consistent performance and cleaner cuts.

2). Cutting Range:
A. Versatile Applications: Ideal for cutting a wide variety of wood materials, including:
a. Softwood and hardwood
b. Engineered wood, such as MDF and plywood
3. Laminated wood and glued materials
4. Green (wet) timber and frozen wood

3). Heavy-Duty Capability: Suitable for large-diameter logs, hardwood beams, and high-density lumber.
4). Cutting Speed:
a. High-Speed Cutting: Carbide-tipped blades allow for significantly higher cutting speeds compared to traditional carbon or bi-metal blades.
b. Improved Efficiency: Faster feed rates and reduced downtime from fewer blade changes result in greater productivity.
c. Smooth Finish: High-speed, precise cutting delivers clean surfaces with minimal sanding or finishing required.

MOQ: 100m Thickness(mm): 0.9mm Materials: High Quality Spring Steel Materials Cutting Applications: Mahogany, Oak, Cement Brick, Pet Foaming Materials Features: Long Lifetime, High Precision, High Efficiency Sample: Free Sample at Freight Collect

21/04/2025

Bi-Metal Bandsaw Blades for Metal Cutting

Advantages:
1. Durability & Flexibility: Made by electron beam welding high-speed steel teeth to a flexible alloy steel back, bi-metal blades offer excellent fatigue resistance and long service life.
2. Versatility: Suitable for cutting a wide range of metals, including carbon steel, alloy steel, stainless steel, aluminum, and non-ferrous metals.
3. Cost-Effective: Offers an ideal balance of performance and price, making it a popular choice in general metal cutting operations.
4. Resistance to Tooth Breakage: The flexible backing reduces the risk of tooth breakage under high-load applications.

Applications:
1. General-purpose metal fabrication
2. Machine shops and steel service centers
3. Pipe and tubing cutting
4. Automotive and aerospace industries
5. Cutting structural materials and solid bars

Certification: ISO9001:2015, ISO14001:2015 Tooth Form: Impact Resistant Tooth Diameter: 13-80mm Height Function: Cutting Shape: Band Saw Blade Coating: Uncoated

08/04/2025

Ball Linear Guides (Ball Bearings Linear Guides) and Roller Linear Guides (Roller Bearings Linear Guides) are both integral components in precision motion systems, offering different advantages and suitable applications based on their design and characteristics.

Roller Linear Guides Advantages:

1. Higher Load Capacity: Roller linear guides typically have a higher load-bearing capacity compared to ball guides because the contact area between the rollers and rail is larger.
2. Increased Rigidity: The larger contact area also results in greater rigidity, which is ideal for applications requiring stable and rigid motion under heavy loads or high forces.
3. Lower Deformation: Due to the contact characteristics, roller guides experience less deformation under load, leading to greater long-term stability and reliability.
4. Better Performance in Harsh Environments: Roller linear guides often perform better in environments with higher levels of contamination or where the system is subjected to shock loads, as the rollers can better withstand these conditions.

Applications:

1. Heavy Machinery: Roller guides are often used in heavy machinery and industrial equipment where higher loads need to be supported with stability, such as presses, large CNC machines, and injection molding machines.
2. Automation Systems: For systems that require stable, high-load handling, such as conveyor systems or packaging machines, roller guides offer excellent performance.
3. Material Handling: Roller guides are also ideal for material handling systems that need to transport heavy components with consistent, stable motion.

Comparison and Summary:
1. Precision vs. Load Capacity: Ball guides excel in precision applications with lower loads, while roller guides are better suited for heavy-duty applications that require high load capacity and rigidity.
2. Space and Size Considerations: Ball guides are more compact and can fit into tighter spaces, whereas roller guides are bulkier but offer higher performance under demanding conditions.
3. Speed vs. Stability: Ball linear guides are better for high-speed, smooth operations, whereas roller linear guides are more suitable for applications where load capacity and stability are prioritized over speed.

In conclusion, the choice between ball linear guides and roller linear guides depends on the specific requirements of the application—whether it's speed and precision or high load capacity and rigidity.

Application: Machine Tool, Industrial Robot, Other Equipment. Carrying Capacity: Weight Level Certification: ISO9001:2015, ISO14001:2015 Corrosion Resistance: High Corrosion Resistance Length: 1000mm-6000mm Rails for Optional Material: High Quality Steel Materials

08/04/2025

Ball Linear Guides (Ball Bearing Linear Guides) and Roller Linear Guides (Roller Bearings Linear Guides) are both integral components in precision motion systems, offering different advantages and suitable applications based on their design and characteristics.

Ball Linear Guides Advantages:
1. High Precision: Ball linear guides offer smooth and precise motion, making them ideal for applications that require high positional accuracy and minimal friction.
2. Lower Friction: The ball bearings between the rail and the carriage reduce friction effectively, which results in higher speed, less wear, and less heat generation.
3. Compact Design: Ball guides are more compact and can support smaller profiles compared to roller guides, making them ideal for space-constrained applications.
4. Low Maintenance: Ball guides generally require less maintenance due to their low friction nature, which minimizes wear and tear on the components.

Applications:
1. Robotics: Ball linear guides are commonly used in robotics where high-speed, high-precision movement is required for tasks like assembly, picking, or positioning.
2. CNC Machines: CNC machines, such as milling machines and laser cutters, benefit from ball guides due to their precise movement and durability.
3. Semiconductor Equipment: In semiconductor manufacturing, ball linear guides are crucial for the precision required in wafer handling and positioning.

Application: Machine Tool, Industrial Robot, Other Equipment. Carrying Capacity: Middle-Level Certification: ISO9001:2015, ISO14001:2015 Corrosion Resistance: High Corrosion Resistance Length: 1000mm-6000mm Rails for Optional Material: High Quality Steel Materials