Why should solid wood furniture factories choose optimizing saws?

In recent years, with the continuous increase in workers’ wages and the rising costs of wood, improving workers’ work efficiency, increasing wood yield, and reducing waste generation have become the primary issues that wood processing companies must consider. Optimizing saws, multi-blade saws, finger jointers, boarding machines, and other wood processing equipment have emerged.

Optimize the maximum utilization value of wood
Through pre-measurement of wood conditions and computer optimization combination calculations, the wood yield and value can be increased by up to 10%. By saving wood in the preparation section, the material cost of the factory’s preparation section can be saved by hundreds of thousands of dollars each year. The large amount of saved wood costs can be used to recover the equipment investment in a very short time.

High efficiency
High-efficiency precision cross-cutting of boards replaces manual or traditional machines. The efficiency of a single device is equivalent to 5-10 manual cross-cutting saws. Depending on the material condition of the board, the processing efficiency of a single shift (7 hours) exceeds 15,000 extended meters or more. Calculated based on the average material cross-section of 80 mm * 35 mm, the efficiency is equivalent to the single-shift (7-hour) processing output of 35 cubic meters of wood.

Precise sawing
The length accuracy of sawn wood is 0.8 mm. Compared with traditional manual cross-cutting saw equipment, it can save the margin of wood length preparation and improve wood utilization.

Safety
The saw machine runs automatically, and workers cannot touch dangerous saw blades, ensuring safe production in the factory.

Improve management efficiency
The computer-optimized cross-cutting saw has functions such as analysis, optimization, and statistics; wood of different specifications and lengths can be classified and counted separately to improve the material management level of the factory.

Meet personalized production needs
Multiple optimization modes, with UBTECH’s characteristic optimization mode: the optimization mode can be set according to the production requirements of each factory to maximize the utilization value of wood. Including special long material optimization mode, secondary preparation optimization mode, etc., which can be set according to the specific situation of the customer’s factory to maximize the utilization value of wood.

• Processing range and requirements: Determine the wood material, size range, and processing requirements that you need to process. Different wood types, sizes, and processing requirements will require saws with different specifications and functions.
• Processing efficiency and production capacity: Consider your own processing needs and budget, and choose the optimizing saw model and production capacity that suits you. If you need to produce in large quantities, you can choose a saw with high efficiency and high production capacity.
• Equipment quality and reliability: Choose a saw with a well-known brand and reliable quality to ensure the long-term stable operation and processing quality of the equipment.
• Convenience of operation and maintenance: Consider the technical level of the operator and the difficulty of maintenance, and choose a saw that is easy to operate and convenient to maintain.
• Required accessories and functions: According to your own processing needs and requirements, choose a saw equipped with corresponding accessories and functions to improve processing efficiency and quality.

As an important equipment in the wood processing industry, the daily maintenance of the wood optimizing saw is of great significance to ensure the stability of the machine performance, extend the service life, and improve work efficiency. The following will introduce the daily maintenance tips of the wood optimizing saw in detail to help operators better maintain and manage the equipment.

1. Cleaning and dust removal
   The operator should regularly clean the dust, wood chips, and other debris on the surface of the machine to ensure that the machine is clean. It is also necessary to clean the electrical components and circuits inside the machine to prevent dust accumulation from causing short circuits or poor contact. Additionally, wood chips and residues on the saw blade should be cleaned in time to maintain the sharpness and cutting efficiency of the saw blade.
2. Lubrication and tightening
   Lubrication is a key link to ensure the normal operation of the machine. The operator should regularly check the lubrication system of the machine to ensure that the oil at each lubrication point is sufficient and clean. For lubricating oil or grease that needs to be replaced regularly, the operation should be strictly in accordance with the requirements of the instructions. It is also necessary to check the tightening of each part of the machine. If looseness is found, it should be tightened in time to prevent damage to the parts due to vibration.
3. Saw blade maintenance and replacement
   The saw blade is the core component of the wood optimizing saw, and its quality directly affects the cutting effect and machine performance. The operator should regularly check the wear of the saw blade. If the saw blade is found to have cracks, gaps, or severe wear, a new saw blade should be replaced in time. When replacing the saw blade, ensure that the new saw blade matches the machine model and is installed and adjusted in accordance with the instructions. Additionally, it is necessary to perform a balance test on the saw blade regularly to ensure that the saw blade does not generate vibration and noise when rotating at high speed.
4. Electrical system inspection
   The electrical system is a key component of the wood optimizing saw, and its stability directly affects the normal operation of the machine. Operators should regularly check the working status of electrical components and address any abnormalities in a timely manner. It is also necessary to check the connection of the cable line to ensure that the line connection is firm and undamaged. For aging cable lines, they should be replaced in time to ensure the safety and reliability of the electrical system.
5. Cooling system maintenance
   The wood optimizing saw generates a lot of heat during operation, so it is necessary to rely on the cooling system to keep the machine temperature stable. Operators should regularly check the operating status of the cooling system to ensure that the coolant circulates smoothly and without leakage. The coolant needs to be replaced regularly to avoid overheating of the machine due to coolant deterioration. Additionally, it is important to keep the cooling system clean to prevent dust and impurities from clogging the cooling pipes.
6. Safety protection measures
   When using the wood optimizing saw, the operator should strictly abide by the safety operating procedures and wear protective equipment such as safety helmets, protective glasses, and gloves. The safety protection devices of the machine, such as protective covers and safety switches, should be checked regularly to ensure that they can play a protective role at critical moments.
7. Training and operating specifications
   To improve the skill level and safety awareness of operators, enterprises should organize training activities regularly. Through training, operators can become more familiar with the structure, performance, and use of wood optimizing saws, mastering correct operating skills and safety knowledge. Additionally, enterprises should formulate detailed operating specifications, clarifying the use methods and precautions of the machine to ensure that operators can operate in accordance with the specifications.
8. Record and file management
   Establishing a complete record and file management system will help better manage the wood optimizing saw. Enterprises should establish archives such as daily maintenance records, repair records, and usage records of the machine to keep abreast of the machine’s operating conditions and maintenance. By analyzing recorded data, potential problems in the operation of the machine can also be discovered and resolved in a timely manner.