Precision CNC Diamond Wire Cutting Machine
Customizable CNC wire saw
DINOSAW Diamond Wire Cutting Machine cuts hard-brittle materials accurately. Using 0.35-1mm diamond wire at speeds up to 84m/s, it delivers efficient cutting with minimal damage and excellent finish. This CNC wire saw cutting system excels at custom profile cutting, cylindrical processing, and precision slicing of quartz glass, optical materials, silicon, silicon carbide, graphite, carbon-carbon composites, technical ceramics, and rare earth magnets.
Compatible Materials & Products
Precision cutting for optics, semiconductors & composites
Sapphire & Optical Glass > Precision Components
Silicon & SiC > Semiconductor Wafers
Graphite & Carbon Composites > Industrial Parts
Ceramics & Piezoelectrics > Electronic Elements
Rare Earth Magnets > High Performance Magnets
Sapphire and optical glass components require precisely controlled dimensional tolerances and good surface quality for applications in LED substrates, optical lenses, and photonics. Traditional cutting methods introduce micro-fractures and require extensive post-processing.
DINOSAW Diamond Wire Cutting Machine processes these materials using 0.35-0.6mm diamond wire at speeds of 20-50m/s with controlled tension. The system can produce straight cuts, angled cuts, and custom profiles while maintaining good flatness. For quartz glass with 7.0 Mohs hardness and sapphire with 9.0 Mohs hardness, our technology delivers good optical flatness with minimal subsurface damage.
This versatile cutting capability enables manufacturers to achieve higher production yields with less post-processing time, directly translating to reduced production costs and faster delivery times for optical components used in semiconductor lithography, medical imaging, and aerospace applications.
Sapphire & Optical Glass > Precision Components
Silicon & SiC > Semiconductor Wafers
Graphite & Carbon Composites > Industrial Parts
Ceramics & Piezoelectrics > Electronic Elements
Rare Earth Magnets > High Performance Magnets
Sapphire and optical glass components require precisely controlled dimensional tolerances and good surface quality for applications in LED substrates, optical lenses, and photonics. Traditional cutting methods introduce micro-fractures and require extensive post-processing.
DINOSAW Diamond Wire Cutting Machine processes these materials using 0.35-0.6mm diamond wire at speeds of 20-50m/s with controlled tension. The system can produce straight cuts, angled cuts, and custom profiles while maintaining good flatness. For quartz glass with 7.0 Mohs hardness and sapphire with 9.0 Mohs hardness, our technology delivers good optical flatness with minimal subsurface damage.
This versatile cutting capability enables manufacturers to achieve higher production yields with less post-processing time, directly translating to reduced production costs and faster delivery times for optical components used in semiconductor lithography, medical imaging, and aerospace applications.
Consult DINOSAW Material Expert →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Boost sapphire substrate production yield →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Boost sapphire substrate production yield →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Boost sapphire substrate production yield →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Boost sapphire substrate production yield →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Specs and options
Specifications customizable upon request.
Tailored Machine Configurations
Our diamond wire cutting machines can be customized to meet specific industry requirements. Contact us for specialized solutions tailored to your unique production needs.
Industry-Specific Solutions
We offer optimized configurations for semiconductor, optical, aerospace, jewelry, and other industries. Each solution is engineered with parameters precisely calibrated for your material and application.
Flexible Customization Options
Available customizations include working area dimensions, wire diameter compatibility, cooling systems, fixturing solutions, and specialized software adaptations.
Contact DINOSAW technical team for details →
Multi-axis control with thin diamond wire saw for precision cutting
Precision Cutting at High Speed. From Profiles to Cylinders
0.1mm Precision Cutting
Servo system delivers stress-free surface with no wire marks
Customizable Large-Scale Cutting
Cut materials up to several meters in size, with custom dimensions available for oversized projects
CNC Simple Operation
CNC system requires no programming skills - simply set parameters and start automatic processing
Inqury for Details →
0.1mm Precision Cutting
Servo system delivers stress-free surface with no wire marks
Customizable Large-Scale Cutting
Cut materials up to several meters in size, with custom dimensions available for oversized projects
CNC Simple Operation
CNC system requires no programming skills - simply set parameters and start automatic processing
Inqury for Details →
Wide Material Compatibility
Diamond wire cuts high-hardness materials with minimal interaction, preserving material properties
Minimal Material Loss
Ultra-thin 0.35-0.5mm wire diameter creates narrow cutting kerf, reducing waste
High-Speed Cutting Efficiency
Wire speed up to 84m/s significantly increases production throughput and processing velocity
Versatile Cutting Capabilities
One machine performs straight, curved, cylindrical, slicing and profile cutting
Zero Thermal Damage
Cutting process eliminates heat-affected zones, preserving material properties and structure
Eco-Friendly Operation
Recycling system captures debris and cutting fluid, reducing environmental impact and costs
FAQs
Common Questions About Precision CNC Diamond Wire Cutting Machine
What is diamond wire cutting technology?
What is diamond wire cutting technology?
What materials can a diamond wire cutting machine cut?
What materials can a diamond wire cutting machine cut?
How precise is diamond wire cutting? What accuracy can I expect?
How precise is diamond wire cutting? What accuracy can I expect?
Diamond wire saw vs. slurry cutting - which is better for hard materials?
Diamond wire saw vs. slurry cutting - which is better for hard materials?
Diamond wire saw vs. laser cutting - which is better for hard materials?
Diamond wire saw vs. laser cutting - which is better for hard materials?
How difficult is it to operate a DINOSAW diamond wire cutting machine?
How difficult is it to operate a DINOSAW diamond wire cutting machine?
How does diamond wire cutting impact production efficiency?
How does diamond wire cutting impact production efficiency?
Need more assistance? Click to contact DINOSAW →
Certifications & Standards
Global Leader in Industrial Machinery & Diamond Tools Manufacturing
CE Certification
100+ Tech Patents
ISO 9001:2015
DINOSAW product lines fully comply with international engineering standards, passing rigorous third-party quality certifications to ensure exceptional performance and durability for all industrial equipment operating in high-load environments.
Expertise & Applications
75+
Countries Served Worldwide
20+
Industry machinery expertise
DINOSAW delivers lifecycle quality traceability and technical support for machinery equipment and diamond tools, covering cutting, drilling, engraving, polishing, and processing requirements for precision machining across industries.
Our products serve traditional industries (mining, stone processing, building materials), high-precision manufacturing (quartz glass, semiconductor), advanced materials (graphite, carbon fiber composites), and specialized applications (nuclear decommissioning, railway construction machinery).
Complete Production Solutions & Equipments
Choose equipment combinations for your product needs to establish efficient automated production lines and maximize profitability.
Nuclear Decommissioning Diamond Wire Cutting System
Safely dismantle radioactive structures with our Nuclear Decommissioning System. With remote operation and radiation-resistant parts, this system cuts contaminated concrete and metal with minimal dust. The process reduces waste and personnel exposure.
Improve safety in nuclear projects →
Precision Diamond Core Drilling Machine
Create precise holes in hard materials with our Diamond Core Drilling Machine. Ideal for optical glass, ceramics, semiconductors and composites, this system delivers accurate cylindrical holes with excellent surface finish.
Create precise holes in hard materials →
High-Pressure Water Jet Cutting Machine
Cut virtually any material with our Water Jet System using high-pressure water mixed with abrasives. This cold-cutting technology eliminates heat-affected zones, ideal for heat-sensitive materials. CNC control delivers intricate patterns with minimal waste, while using recyclable abrasives.
Experience clean cutting with eco-friendly tech →
Get a Custom Solution
Ready for Precision Cutting from Profiles to Cylinders at 84m/s?
Diamond wire cuts optical materials, semiconductors, and technical ceramics with minimal thermal damage
Contact DINOSAW
Connect with DINOSAW experts to find the perfect processing solution for your specific material and production needs.
Get A Quote
DINOSAW: Trustworthy Wire Saw Machine Manufacturer
Discover how DINOSAW can accelerate your projects. Our tailored product line, cutting-edge R&D, robust manufacturing, end-to-end service, global support, and industry certifications are at your service.
Other Machines or Tools
Are you looking for more new information machines or tools?
Precision CNC Diamond Wire Cutting Machine
Customizable CNC wire saw
DINOSAW Diamond Wire Cutting Machine cuts hard-brittle materials accurately. Using 0.35-1mm diamond wire at speeds up to 84m/s, it delivers efficient cutting with minimal damage and excellent finish. This CNC wire saw cutting system excels at custom profile cutting, cylindrical processing, and precision slicing of quartz glass, optical materials, silicon, silicon carbide, graphite, carbon-carbon composites, technical ceramics, and rare earth magnets.
Compatible Materials & Products
Precision cutting for optics, semiconductors & composites
Sapphire & Optical Glass > Precision Components
Silicon & SiC > Semiconductor Wafers
Graphite & Carbon Composites > Industrial Parts
Ceramics & Piezoelectrics > Electronic Elements
Rare Earth Magnets > High Performance Magnets
Sapphire and optical glass components require precisely controlled dimensional tolerances and good surface quality for applications in LED substrates, optical lenses, and photonics. Traditional cutting methods introduce micro-fractures and require extensive post-processing.
DINOSAW Diamond Wire Cutting Machine processes these materials using 0.35-0.6mm diamond wire at speeds of 20-50m/s with controlled tension. The system can produce straight cuts, angled cuts, and custom profiles while maintaining good flatness. For quartz glass with 7.0 Mohs hardness and sapphire with 9.0 Mohs hardness, our technology delivers good optical flatness with minimal subsurface damage.
This versatile cutting capability enables manufacturers to achieve higher production yields with less post-processing time, directly translating to reduced production costs and faster delivery times for optical components used in semiconductor lithography, medical imaging, and aerospace applications.
Sapphire & Optical Glass > Precision Components
Silicon & SiC > Semiconductor Wafers
Graphite & Carbon Composites > Industrial Parts
Ceramics & Piezoelectrics > Electronic Elements
Rare Earth Magnets > High Performance Magnets
Sapphire and optical glass components require precisely controlled dimensional tolerances and good surface quality for applications in LED substrates, optical lenses, and photonics. Traditional cutting methods introduce micro-fractures and require extensive post-processing.
DINOSAW Diamond Wire Cutting Machine processes these materials using 0.35-0.6mm diamond wire at speeds of 20-50m/s with controlled tension. The system can produce straight cuts, angled cuts, and custom profiles while maintaining good flatness. For quartz glass with 7.0 Mohs hardness and sapphire with 9.0 Mohs hardness, our technology delivers good optical flatness with minimal subsurface damage.
This versatile cutting capability enables manufacturers to achieve higher production yields with less post-processing time, directly translating to reduced production costs and faster delivery times for optical components used in semiconductor lithography, medical imaging, and aerospace applications.
Consult DINOSAW Material Expert →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Quartz Glass Cutting
Optical Component Manufacturing
An optical manufacturer needed better precision for high-purity quartz glass components. Using 0.5mm wire at 50m/s, our machine delivered superior accuracy and finish. The system eliminated micro-fractures, reduced post-processing and enabled direct optical-grade production.
Improve quartz glass quality for optical components →
Sapphire Processing
Custom Profile Cutting for LED Substrates
An LED manufacturer faced micro-cracks and low yields with sapphire substrates. Our system with 0.5mm wire at 50m/s improved yields and flatness with minimal subsurface damage. The process maintained thickness uniformity and reduced waste, enabling higher production output.
Precision cylindrical cutting for aerospace composites →
Carbon-Carbon Composite Cutting
Cylindrical Cutting for Carbon-Carbon Composites
An aerospace manufacturer needed cylindrical C/C composite heat shields without thermal damage. Our system with 0.8mm wire at 70m/s achieved precise cuts with no heat-affected zone. This preserved structural integrity, enabling direct-to-spec production with minimal finishing.
Precision cylindrical cutting for aerospace composites →
Specs and options
Specifications customizable upon request.
Contact DINOSAW technical team for details
Tailored Machine Configurations
Our diamond wire cutting machines can be customized to meet specific industry requirements. Contact us for specialized solutions tailored to your unique production needs.
Industry-Specific Solutions
We offer optimized configurations for semiconductor, optical, aerospace, jewelry, and other industries. Each solution is engineered with parameters precisely calibrated for your material and application.
Flexible Customization Options
Available customizations include working area dimensions, wire diameter compatibility, cooling systems, fixturing solutions, and specialized software adaptations.
Contact DINOSAW technical team for details →
Multi-axis control with thin diamond wire saw for precision cutting
Precision Cutting at High Speed. From Profiles to Cylinders
0.1mm Precision Cutting
Servo system delivers stress-free surface with no wire marks
Customizable Large-Scale Cutting
Cut materials up to several meters in size, with custom dimensions available for oversized projects
CNC Simple Operation
CNC system requires no programming skills - simply set parameters and start automatic processing
Inqury for Details →
0.1mm Precision Cutting
Servo system delivers stress-free surface with no wire marks
Customizable Large-Scale Cutting
Cut materials up to several meters in size, with custom dimensions available for oversized projects
CNC Simple Operation
CNC system requires no programming skills - simply set parameters and start automatic processing
Inqury for Details →
Wide Material Compatibility
Diamond wire cuts high-hardness materials with minimal interaction, preserving material properties
Minimal Material Loss
Ultra-thin 0.35-0.5mm wire diameter creates narrow cutting kerf, reducing waste
High-Speed Cutting Efficiency
Wire speed up to 84m/s significantly increases production throughput and processing velocity
Versatile Cutting Capabilities
One machine performs straight, curved, cylindrical, slicing and profile cutting
Zero Thermal Damage
Cutting process eliminates heat-affected zones, preserving material properties and structure
Eco-Friendly Operation
Recycling system captures debris and cutting fluid, reducing environmental impact and costs
Complete Production Solutions
&
Equipments
Choose equipment combinations for your product needs to establish efficient automated production lines and maximize profitability.
Nuclear Decommissioning Diamond Wire Cutting System
Safely dismantle radioactive structures with our Nuclear Decommissioning System. With remote operation and radiation-resistant parts, this system cuts contaminated concrete and metal with minimal dust. The process reduces waste and personnel exposure.
Improve safety in nuclear projects →
Precision Diamond Core Drilling Machine
Create precise holes in hard materials with our Diamond Core Drilling Machine. Ideal for optical glass, ceramics, semiconductors and composites, this system delivers accurate cylindrical holes with excellent surface finish.
Create precise holes in hard materials →
High-Pressure Water Jet Cutting Machine
Cut virtually any material with our Water Jet System using high-pressure water mixed with abrasives. This cold-cutting technology eliminates heat-affected zones, ideal for heat-sensitive materials. CNC control delivers intricate patterns with minimal waste, while using recyclable abrasives.
Experience clean cutting with eco-friendly tech →
Get a Custom Solution →
FAQs
Common Questions About Precision CNC Diamond Wire Cutting Machine
What is diamond wire cutting technology?
What is diamond wire cutting technology?
What materials can a diamond wire cutting machine cut?
What materials can a diamond wire cutting machine cut?
How precise is diamond wire cutting? What accuracy can I expect?
How precise is diamond wire cutting? What accuracy can I expect?
Diamond wire saw vs. slurry cutting - which is better for hard materials?
Diamond wire saw vs. slurry cutting - which is better for hard materials?
Need more assistance? Contact DINOSAW →
Global Leader in Industrial
Machinery & Diamond Tools
Manufacturing
Certifications & Standards
CE Certification
100+ Tech Patents
ISO 9001:2015
DINOSAW product lines fully comply with international engineering standards, passing rigorous third-party quality certifications to ensure exceptional performance and durability for all industrial equipment operating in high-load environments.
Expertise & Applications
DINOSAW delivers lifecycle quality traceability and technical support for machinery equipment and diamond tools, covering cutting, drilling, engraving, polishing, and processing requirements for precision machining across industries.
Our products serve traditional industries (mining, stone processing, building materials), high-precision manufacturing (quartz glass, semiconductor), advanced materials (graphite, carbon fiber composites), and specialized applications (nuclear decommissioning, railway construction machinery).
75+
Countries Served Worldwide
20+
Industry machinery expertise
Ready for Precision Cutting from Profiles to Cylinders at 84m/s?
Precision Diamond Wire Cutting Applications
Contact DINOSAW
Connect with DINOSAW experts to find the perfect processing solution for your specific material and production needs.
Get A Quote
DINOSAW: Trustworthy Wire Saw Machine Manufacturer
Discover how DINOSAW can accelerate your projects. Our tailored product line, cutting-edge R&D, robust manufacturing, end-to-end service, global support, and industry certifications are at your service.
Other Machines or Tools
Are you looking for more new information machines or tools?
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
CONTINUOUSLY IMPROVE PRODUCTIVITY FOR USER
Customer first | Teamwork | Embrace change | Integrity | Passion | Commitment
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