Bt-110hlr Digital Automatic Infrared Weaving Label Machine for Cold and Hot Cutting

• Customization: Available
• Warranty: One Year
• Customized: Customized
• Model NO.: qgj35
• Power Source: Electric
• Automatic Grade: Manual
• Type: Cutting-off Machine
• Certification: CE
• Condition: New
• After-sales Service: Technical Guidance
• Purpose: Cut off
• Transport Package: Standard Export Packaging
• Specification: 28kg
• Trademark: JW
• Origin: China
• HS Code: 8444005000
• Production Capacity: 2000pieces/Year

Product Description

Specification

Model	BT-110HLR
Frequency	50/60 Hz
Cutting Length Range	20-9999 mm
Power	0.64 kW
Max. Cutting Width	95 mm
Package Size (L×W×H)	580×440×430 mm
Cutting Speed	95 r/min
Weight	28 kg
Voltage	110V / 220V
Loading Rate Pic	1

Significantly Improve Cutting Efficiency and Reduce Labor Costs
Compared with traditional manual methods such as hand sawing and chiseling, cutting machines achieve high-speed cutting relying on mechanical/automated power (e.g., motors, hydraulics, plasma):
An ordinary steel bar cutting machine can cut 10-20 steel bars per minute, far exceeding the manual efficiency of 1-2 pieces per minute;
Wire cutting machines can even achieve hundreds of fixed-length cuts per minute (e.g., in electronic wire processing), fully meeting the needs of mass production, reducing labor input and avoiding efficiency losses caused by manual fatigue.
Ensure Cutting Precision and Enhance Product Consistency
Cutting machines are equipped with professional positioning mechanisms (e.g., servo motor feeding, positioning baffles, PLC program control), which can control the cutting size error within an extremely low range:
The error of ordinary mechanical cutting machines is about ±0.5mm, meeting the needs of construction and general processing;
The error of laser/plasma cutting machines can be reduced to ±0.1mm, suitable for high-end scenarios such as aerospace and precision auto parts;
This avoids dimensional deviations caused by "experience-based judgment" in manual cutting, ensures the flatness of the cutting section and the consistency of length of mass-produced products, and reduces subsequent rework.
Reduce Operation Intensity and Improve Work Safety
Traditional manual cutting (e.g., hand sawing, gas cutting) requires operators to apply continuous force and be in close contact with the cutting point, which easily leads to muscle strain and risks of spark and debris splashing;
Cutting machines adopt designs such as automated feeding, closed protective covers, and emergency stop buttons. Operators only need to set parameters or assist in loading materials, without direct contact with the cutting area:
Hydraulic cutting machines have no mechanical impact and low noise (about 60-70 decibels, much lower than the 90+ decibels of grinding wheel saws);
High-end models even support "unmanned automatic cutting", fundamentally reducing the risk of work-related injuries.