Optimizing Cross Cut Saw 203

Optimizing Cross Cut Saw

  • Saw Motor Performance : 4KW/7.5KW
  • Cutting Height : 10mm-100mm
  • Cutting Width : 20mm-230mm
  • Incoming Length : 350mm-6500mm
  • Max. feed speed :150m/min
  • Electrial connected load :17KW/19KW
  • Application :Optimizing cross cut saw is used in the cutting of wood in furniture, cabinets, sofas, doors and windows, and wood packaging industries.

Product Description

Optimizing Cross Cut Saw 401
Optimizing Cross Cut Saw icon 101

An optimizing cross-cut saw is a type of woodworking machinery designed for fast and precise cross-cutting of single boards in solid wood, panels, and similar materials. It is used to maximize the yield and efficiency of cutting operations by determining the optimal cutting patterns and lengths for the material being processed.

The system comes with one-dimensional blanking optimization software, which can process raw materials according to the maximum utilization rate of raw materials. While the cutting efficiency is improved, the utilization rate of materials is maximized. The sawing process does not require manual intervention, and the fully enclosed shield design ensures the personal safety of workers. It is the best equipment for material preparation and processing in the furniture, wooden doors and windows, and solid wood flooring industries.

Product Parameters

ModelCRS160
CRS280
Saw Motor Performance4KW7.5KW
Min. Cut Height10mm15mm
Max. Cut Height50mm100mm
Min. Cut Width25mm25mm
Max. Cut Width230mm230mm
Min. Incoming Length350mm350mm
Max. Incoming Length6500mm6500mm
Min. Nominal Cross-section150*20mm230*20mm
Max. Nominal Cross-section120*50mm160*60mm
Max. Cutting Tolerance up to 1.2m fixed length±0.5mm±0.5mm
Max. feed speed150m/min150m/min
Cutting cycle time(brake, cut, accelerate)≤0.2s≤0.2s
Electrial connected load17KW19KW
Air consumption1000L/min1000L/min
Operating pressure6-8 bar6-8 bar
Exhaust speed30m/s30m/s
Exhaust volume2500m³2500m³

Features of Optimizing Cross Cut Saw

1.The main machine belt conveys the feed, and there are 6 sets of feed wheels in the main machine;

2.Servo motors are used for both lifting and feeding, the sawing process is more efficient, stable and accurate;

3.Independent measuring station, a complete set of optimization system, servo motor control feeding and sawing,can set more than 200 groups of sawing lists, can complete multiple task lists at the same time, each group ofsawing specifications reach more than 200 kinds;

4.The operation is very simple: each optimization mode has a simple curing operation mode, which can be completelymastered after simple training;

5.A variety of statistical control: provide accurate and detailed production data for factory management;

6.Prediction function: provide simulation software based on actual raw material statistics database;

7.Networking function: Provides simultaneous control of multiple machines, and can easily create a task list,and analyze statistical data in the office, and then optimize it more reasonably;

8.Online help function: make your operation handy;lt can replace 8-10 traditional sliding table saws.

Advantages of Optimizing Cross Cut Saw

  1. Increased Efficiency: Optimizing cross cut saws are designed to maximize efficiency in the cutting process. By determining the optimal cutting order from your parts list, these saws can significantly increase throughput and productivity .
  2. Maximum Yield: One of the key benefits of an optimizing cross cut saw is its ability to achieve the maximum yield from your material. These saws calculate the best cutting order, minimizing scrap waste and ensuring that you make the most of the expensive lumber you have purchased .
  3. Cost Savings: By minimizing scrap waste and maximizing yield, optimizing cross cut saws can lead to significant cost savings. You can reduce material waste and make the most efficient use of your resources, ultimately reducing your overall production costs .
  4. Improved Accuracy: Optimizing cross cut saws provide precise and accurate cuts. They offer repeatable accuracy at thousandths of an inch, ensuring that each cut is consistent and minimizing errors. This accuracy leads to less material waste and greater savings on lumber costs .
  5. Time Savings: These saws automate the cutting process and eliminate the need for manual calculations. By optimizing the cutting order and automating the saw’s operation, you can save valuable time and increase overall production efficiency .
  6. Defect Removal: Many optimizing cross cut saws allow for the removal of defects such as knots, wane, and discoloration from the material in-house. This not only improves the quality of the final product but also leads to greater savings by utilizing lower-grade lumber .

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