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Advanced Materials Formula
SMART CUT® Water Soluble Coolant – Advanced Materials Formula is a high-performance, fully synthetic, aqueous-based coolant specifically engineered for precision machining in the most demanding applications. Designed to excel in the cutting and grinding of advanced materials such as ceramics, composites, optics and ultra-hard, brittle materials. This premium coolant/lubricant optimizes removal rates while delivering superior surface finishes.
Regarded as one of the highest quality coolants on the market, SMART CUT® Advanced Materials Formula offers exceptional performance in grinding, sawing, and dicing processes using diamond tools. It is formulated to meet the challenges of industries such as Photonics/Optics, Advanced Ceramics, Nano/MEMS Technology, and New Generation Materials. This coolant ensures optimal tool life and performance, making it an indispensable solution for manufacturing and R&D facilities looking to achieve the highest consistency and results in the most demanding applications.
This formula is similar in composition to the SMART CUT® General Materials Formula, but it is specifically engineered with a higher ratio of active ingredients. This increased concentration is essential for handling the extreme demands of cutting and machining advanced materials that experience higher temperatures and greater resistance to machining forces. The higher concentration of coolant and lubricant components improves heat dissipation and friction reduction, which are critical for maintaining tool performance and ensuring the integrity of delicate materials.
This unique water-based coolant significantly enhances overall process efficiency by providing exceptional cooling and lubrication directly at the point of contact between the diamond tool and the workpiece. Its superior thermal transfer properties help dissipate heat rapidly, preventing thermal cracking, micro-fractures, and material deformation. By minimizing heat generation and tool-to-workpiece friction, SMART CUT® coolant improves cutting speed, enhances edge and surface quality, and extends the service life of diamond blades, drills, and grinding wheels.
Directions for Use: SMART CUT® Water Soluble Coolant is best used in diluted concentrations, depending on the specific machining operation. The recommended dilution ratios are as follows:
It is highly recommended to maintain the coolant concentration using a refractometer or pH meter, ensuring precise dilution levels for maximum performance.
Packaging Options: SMART CUT® Water Soluble Coolant is available in the following convenient sizes for various applications:
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INDUSTRIES USED IN:
FERROUS & NON-FERROUS METALS:
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Operator- and environmentally-friendly, SMART CUT® Water Soluble Coolant contains no oils, silicones, or volatile organic compounds (VOCs). It is non-toxic, biodegradable, and completely water-soluble, making it ideal for use in clean rooms, research laboratories, and production environments where safety and cleanliness are critical. Unlike traditional oil-based coolants, it leaves no sticky residues and rinses off easily with water, reducing cleanup time and keeping equipment and work surfaces clean.
The non-foaming nature of this coolant makes it especially well-suited for high-speed and automated equipment, ensuring consistent fluid flow and uninterrupted machining operations. It maintains stable operating conditions even under demanding loads, and is compatible with virtually all types of precision diamond machining equipment, including low-speed saws, dicing saws, CNC systems, wafering machines, and high-speed polishing and grinding equipment.
Designed to deliver measurable improvements in productivity and performance, SMART CUT® Water Soluble Coolant can improve cutting, drilling, grinding, & machining performance by 10% to 50% or more, depending on the material being processed, the type of tooling used, and the condition of the previous coolant. These improvements can include faster cutting speeds, reduced chipping and subsurface damage, longer tool life, and greater consistency across batches and setups.
Plain water has a boiling point of 212°F, but temperatures within the cutting zone often exceed 500°F. At such high temperatures, water evaporates before it can effectively cool the diamond wheel and material, resulting in reduced tool life, material damage, and the formation of microcracks due to overheating. While water may cool diamond and CBN tools, it lacks the lubrication properties necessary for optimal performance in cutting, slicing, dicing, drilling, grinding, and polishing operations.
SMART CUT® Advanced Materials Formula Coolant is a premium, water-soluble synthetic coolant specifically designed for a wide range of advanced materials and applications, including:
Carbon Fiber Composites
Graphene
Titanium Alloys
High-Temperature Ceramics
Silicon Carbide (SiC)
Gallium Arsenide (GaAs)
Polycrystalline Diamond (PCD)
Zirconia (ZrO2)
Quartz and Silicon Wafers
Advanced Ceramic Matrix Composites (CMC)
This formula is similar in composition to the SMART CUT® General Materials Formula, but it is specifically engineered with a higher ratio of active ingredients. This increased concentration is essential for handling the extreme demands of cutting and machining advanced materials that experience higher temperatures and greater resistance to machining forces. The higher concentration of coolant and lubricant components improves heat dissipation and friction reduction, which are critical for maintaining tool performance and ensuring the integrity of delicate materials.
Advanced materials, such as carbon fiber composites and high-temperature ceramics, often have unique properties like extreme hardness, heat resistance, and complex microstructures. These materials generate more heat during cutting and require enhanced cooling and lubrication to prevent premature tool wear, cracking, and material degradation. The higher ingredient ratio in the Advanced Materials Formula provides superior cooling, lubrication, and swarf dispersion, significantly improving cutting efficiency, tool life, and cut quality, especially when working with these challenging materials.
When added to deionized (DI) water, SMART CUT® Advanced Materials Formula Coolant works effectively to reduce material thermal stress, edge damage, and internal cracking, preserving the integrity of the material being processed. As both a coolant and lubricant, SMART CUT® benefits both the diamond tools and the material, ensuring that the cutting process remains smooth, efficient, and high-quality.
Reduce Surface Tension
Improve Output & Reliability
Improve Surface Finish Quality
Increase Tool Life
Preserve Material Micro Structure
Reduce Thermal Stress
Reduce Chipping
Reduce Edge Damage
Reduce & Minimize Micro Cracking
Reduce Heat Transfer
Improve Process Consistency
Eliminate Secondary Processing Operations
Improve Tolerances
Minimize Swarf Accumulation
Assure Long Term Integrity of Material
Lowers Friction
Improve Tolerances
Wetting agents and increased lubricity allow high speed operation and high production yields.
Excellent Corrosion Inhibition even at lower than the recommended dilutions
None foaming
Mixes with hard or soft water
Not irritating to skin or eyes
Enhances surface finish
Effective in Preventing Odor-Causing Microbiological Growths
Pleasantly Scented
Bonds Water Molecules
User & Environment Friendly
None Staining
None Foaming
Compatible with all Filtration Systems
Non Corrosive
Economical with High Dilution Ratios
Universal Application can be used for most materials & applications
Advanced Heat Transfer Technology:: The coolant’s superior cooling properties help maintain tool temperatures within optimal limits, preventing heat buildup that could otherwise cause tool wear, surface defects, or material distortion.
Extended Tool Life: : By reducing thermal wear and friction, SMART CUT® prolongs the life of expensive diamond grinding wheels, blades, and other cutting tools, thus decreasing your tooling costs and downtime.
Foam-Free Operation:: The advanced formula ensures smooth, foam-free operation, which leads to improved coolant application efficiency and a cleaner, more manageable work environment. This also reduces machine maintenance related to foam buildup.
Non-Corrosive and Non-Staining: : The coolant is non-corrosive to ferrous and non-ferrous metals, ensuring that it does not damage workpieces or machine parts, and is also non-staining to materials, preserving the quality of the final product.
Environmentally Friendly and Safe: : SMART CUT® is designed with environmental safety in mind. The product is biodegradable, and its low toxicity makes it safe for both operators and the environment.
Lubricity for Increased Precision:: Its high lubricity ensures that the cutting process is smooth and controlled, which is crucial for achieving high-precision cuts and minimizing material waste.
Consistent Performance Across Various Water Types: The coolant is effective in both hard and soft water, ensuring that users can maintain consistent performance regardless of local water conditions.
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Applications: SMART CUT® Water Soluble Coolant is ideal for a variety of high-precision cutting, grinding, and sawing applications, particularly in industries such as:
Semiconductor Manufacturing: Optimizes performance during the precision cutting and dicing of semiconductor wafers.
Optical Industry: Provides the necessary cooling and lubrication for cutting and grinding delicate optical materials such as lenses and mirrors.
Ceramics and Composites Processing: Essential for processing brittle and hard materials like ceramics, advanced composites, and aerospace-grade alloys.
Medical Device Manufacturing: Crucial in the high-precision cutting of materials used in medical devices, ensuring clean cuts and minimizing contamination risk.
Surface Grinding: Ideal for producing fine finishes with minimal heat generation.
Blanchard and Cylindrical Grinding: Perfect for heavy-duty grinding applications that require consistent coolant flow.
Core Drilling & Dicing: Used in precision core drilling and dicing, particularly for hard materials like ceramics and composites.
Diamond Wire Sawing: Ensures smooth operation and cooling for diamond wire saws, which are often used in cutting crystalline materials.
Reduces Surface Tension - by 25-40 dynes/cm2. SMART CUT® Coolant allows more water into the material kerf / pores, dissipating heat generated by friction.
Bonds Water Molecules - into the kerf and to the diamond tool, allowing better swarf dispersion and lubrication.
Prevent Swarf Accumulation - on the diamond tool and in Back and frontside edges, minimizing chipping and internal cracking.
Extend Diamond & CBN Blade, Drill, Wheel, & Tool Life - by up to 30%. The lubricated blade / diamond tool runs cooler, reducing metal fatigue and blade / diamond tool wear.
Improve Material Yield and Reliability - from the reduced amount of chipping, cracking and consequent edge damage.
Eliminate Additional Material Processing - Depending on the application and your objectives, SMART CUT® Coolant frequently eliminates and minimizes secondary and subsequent material processing.
Improved Machining Tolerances - Many of today’s demanding advanced material applications provide challenges to advanced material manufacturers and R & D facilities. Obtaining tolerances less than a millionths of an inch, is not uncommon. SMART CUT® Coolant promotes attainment of close tolerances by removing heat generated at the point of contact between the tool and work piece. Heat can cause deformations in both the tool and work piece that results in the loss of tolerance. When the generation of heat and its subsequent removal by a coolant is momentarily interrupted any coolant product will adversely affect the performance of a tool and therefore ruin a tolerance specification.
1. Operator Sensitivity - SMART CUT® Coolant is formulated with operator friendly additives that will not irritate skin (dermatitis), nasal passages, or eyes.
2. Bio-resistance - SMART CUT® Coolant is formulated with biocides and fungicides to biologically control the growth of bacteria, fungi, and mold in the coolant system. The bio-resistance will determine its suitability for recycling in large central systems.
3. Corrosion Protection - SMART CUT® Coolant is formulated with corrosion inhibitors, which provide protection to machinery and the substrate. The protection needed will be determined by the customers requirements. With proper concentration, no corrosion should occur on the machinery.
4. Hard Water Stability - SMART CUT® Coolant should be stable in all water conditions. Hard water ions react with coolant additives and reduce the effectiveness of the coolant solution.
5. Mixability -Concentrate SMART CUT® Coolant should mix easily or .bloom. into the water. Any difficulty in mixing will not be tolerated by the customer.
6. Foam -All water based coolants can potentially foam SMART CUT® Coolant is formulated with defoamers to prevent foaming under most conditions. The proper selection of coolant concentration will help alleviate potential problems.
7. Residue -All water based coolants can potentially foam SMART CUT® Coolant will not leave a .hard-to-remove. residue on the surface of the machine or substrates. As the water in the coolant. evaporates organic residue will be left on the machines. This residue should not be sticky and should be easily re-dissolved in water.
8. Oxidative Stability - High temperatures and pressures will cause changes in the composition of the coolant, such as fragmentation or polymerization of the additives in the coolant formulation. This can decrease the performance of the coolant and create difficult to remove deposits.
9. Emulsion Stability - Concentrate SMART CUT® Coolant mixes easily with water and should not separate or create an invert on the surface of the coolant mixture. Customers currently using soluble oils may be experiencing particular difficulties with this problem.
10. Tramp Oil Rejection - SMART CUT® Coolant should reject the tramp oils and way lubricants, which may contaminate the sump. Other coolants which do not reject tramp oils are prone to attack by bacteria and fungal organisms.
|
Property/Feature |
SMART CUT® Coolant |
Conventional Coolants |
|---|---|---|
|
Formulation |
Fully synthetic, water-soluble coolant, formulated for a wide range of materials like ceramics, glass, composites, and semiconductors. |
Typically mineral oil-based or emulsions, primarily formulated for metals. |
|
Cooling Efficiency |
Superior cooling properties, reduces thermal stress and edge damage, effectively removing heat from the cutting zone. |
Cooling efficiency may be limited, especially for hard, brittle, or precision materials. |
|
Lubrication |
Provides both lubrication and cooling, reducing friction, improving tool life, and enhancing surface finish quality. |
Often provides cooling only, may not offer adequate lubrication for hard materials, leading to higher tool wear. |
|
Tool Life Extension |
Increases tool life by up to 30% through superior lubrication and cooling, preventing excessive tool wear. |
Tool life may be shorter due to insufficient lubrication, leading to faster wear and more frequent tool replacements. |
|
Surface Finish Quality |
Improves surface finish by reducing friction, preventing chipping and cracking. |
Surface finish may suffer due to higher friction and inadequate cooling. |
|
Operator Safety |
Non-irritating to skin, eyes, and respiratory system, offering a safer working environment. |
May cause skin, eye, or respiratory irritation, especially over long-term exposure. |
|
Bio-resistance |
Formulated with biocides to prevent microbial growth (bacteria, fungi, mold), ensuring coolant cleanliness. |
Typically lacks bio-resistance, leading to microbial growth in the system over time, affecting coolant quality and performance. |
|
Corrosion Protection |
Excellent corrosion inhibitors that protect both tools and machinery. |
Often provides limited corrosion protection, requiring regular maintenance to prevent rust and corrosion. |
|
Foam Formation |
Designed with defoamers to prevent foaming under high-speed cutting conditions. |
Can foam excessively, especially in high-speed or high-feed operations, reducing cooling efficiency. |
|
Residue Formation |
Leaves minimal residue that can be easily cleaned without damaging the workpiece or machinery. |
May leave sticky or hard-to-remove residue on the workpiece, tools, and machinery. |
|
Emulsion Stability |
Highly stable emulsion, preventing separation or inversion in the coolant mixture. |
Emulsion stability can be an issue, with potential separation or poor mixing in the system. |
|
Hard Water Stability |
Remains stable even in hard water conditions, ensuring consistent performance across different environments. |
May lose effectiveness in hard water, leading to reduced performance and the need for frequent coolant replacement. |
|
Mixability |
Easily mixes with water without forming clumps or separation, ensuring smooth and consistent performance. |
May have difficulty mixing with water, resulting in poor emulsion quality and inconsistent performance. |
|
Environmental Impact |
Environmentally friendly, non-toxic, and biodegradable, reducing the environmental footprint. |
Often contains harmful chemicals (e.g., chlorine, phosphates) that can have negative environmental effects. |
|
Wetting Properties |
Low surface tension (25-40 dynes/cm²) improves wetting of the material, enhancing cooling and lubrication. |
May have higher surface tension, leading to less efficient cooling and lubrication, particularly on hard materials. |
|
Toxicity |
Non-toxic, not irritating, and safe for long-term use with minimal health risks. |
Potentially toxic or harmful, with skin irritation and respiratory concerns, especially in confined spaces. |
|
Swarf Dispersion |
Improved swarf dispersion, preventing swarf accumulation on tools and reducing the risk of chipping or internal cracking. |
May struggle with swarf dispersion, leading to clogged tools and poor cutting efficiency. |
|
Tolerances and Precision |
Promotes high precision and tight tolerances by preventing thermal distortion and ensuring consistent cooling. |
May struggle to maintain tight tolerances due to inadequate cooling and lubrication, leading to tool deflection and material deformation. |
|
Oxidative Stability |
Maintains stability under high temperatures and pressures, ensuring reliable performance in extreme conditions. |
May degrade under high temperatures, leading to poor performance and the formation of undesirable deposits. |
|
Ease of Maintenance |
Minimal maintenance required, easy to clean and dispose of without leaving harmful residues. |
Requires frequent maintenance to prevent microbial growth, foaming, and residue build-up. |
|
Performance in High-Speed Operations |
Optimized for high-speed cutting and grinding, maintaining performance under rapid and intense operations. |
May underperform in high-speed operations, resulting in tool wear, overheating, and reduced efficiency. |
|
Cost-Effectiveness |
High dilution ratios (up to 1:75) make it cost-effective in the long term, providing significant productivity gains. |
Often requires more frequent replacement and higher operational costs, leading to inefficiencies. |
|
Operator Comfort |
Pleasantly scented and does not cause unpleasant odors, improving the working environment. |
Often produces unpleasant odors, contributing to a less comfortable working environment. |
|
Staining |
Non-staining formulation that does not leave marks or discoloration on materials or equipment. |
May stain materials or machinery, leading to additional cleaning efforts and potential damage to workpieces. |
|
Compatibility with Filtration Systems |
Fully compatible with all filtration systems, improving the longevity and cleanliness of the coolant system. |
May not be compatible with all filtration systems, leading to more frequent maintenance and system issues. |
|
Cooling and Lubrication Duality |
Offers both cooling and lubrication in a single solution, ensuring optimal performance for cutting, grinding, and drilling operations. |
Often requires a combination of different products (e.g., separate coolants and lubricants) to achieve both effects, increasing complexity and cost. |
|
Compatibility with Multi-Stage Machining |
Effective across multiple machining stages, ensuring consistent results throughout the process. |
May require coolant changes or modifications between different stages of machining, which can affect consistency and increase costs. |
|
Heat Transfer Efficiency |
High heat transfer efficiency, maintaining the cutting zone temperature within optimal ranges for precision cutting. |
Less efficient at transferring heat, especially in high-speed or high-pressure conditions, leading to thermal expansion or material distortion. |
|
Handling of High Material Hardness |
Specifically formulated to manage high material hardness (e.g., ceramics, composites), ensuring smooth cutting with minimal tool wear. |
Struggles with harder materials, often resulting in more rapid tool wear and decreased cutting efficiency. |
|
Formulation for Precision Operations |
Optimized for precision cutting applications, maintaining tool sharpness and reducing the risk of dimensional inaccuracies. |
Often less effective in precision operations, where minor temperature fluctuations or friction can affect the final dimensions of the workpiece. |
|
Additive Integration |
Easily integrates with additional SMART CUT products for a customized solution that suits specific applications, such as diamond wire sawing. |
Typically less adaptable to customization, as most conventional coolants are designed as one-size-fits-all solutions. |
|
Shelf Life Stability |
Long shelf life without degradation, ensuring consistency in coolant properties throughout extended use. |
Shorter shelf life and more frequent degradation, requiring more frequent replacement or replenishment. |
|
Machining Speed |
Suitable for high-speed cutting and grinding operations, maintaining optimal performance without overheating. |
May require slower machining speeds to avoid overheating or excessive tool wear, reducing overall productivity. |
|
Chemical Additives |
Contains no harmful chemical additives like nitrates, nitrites, or phosphates, ensuring cleaner and safer operations. |
May contain chemicals like nitrates, phosphates, or chlorine that can be harmful to operators and the environment. |
|
Consistency in Application |
Maintains consistent performance across various cutting processes and materials, ensuring uniform results and reduced material waste. |
Performance may vary depending on material types, cutting conditions, and machine settings, leading to inconsistent results. |
|
Flexibility in Application |
Versatile in a wide range of applications, from slicing delicate ceramics to heavy-duty metal cutting. |
Often limited to specific applications or materials, reducing flexibility in diverse machining environments. |
|
Compatibility with CNC Systems |
Highly compatible with CNC systems, providing consistent cooling and lubrication during automated, high-precision machining. |
May not be as effective in automated or CNC machining, especially under high-speed or high-precision conditions, leading to potential overheating or tool wear. |
|
Optimization for Fine Cuts |
Perfect for fine cuts with minimal edge damage, ensuring high precision without microcracking or thermal distortion. |
Fine cuts may suffer from thermal damage, poor surface finish, or higher chances of microcracking, especially with brittle materials. |
|
Cost Over Time |
Offers long-term cost savings by extending tool life, increasing productivity, and reducing the frequency of coolant replacements. |
Higher long-term costs due to more frequent tool replacements, coolant changes, and potential production slowdowns due to cooling inefficiency. |
|
Ease of Disposal |
Easy disposal due to its environmentally friendly, biodegradable composition, requiring minimal special handling. |
Disposal may require special treatment due to harmful chemical contents, contributing to higher disposal costs and potential environmental hazards. |
|
Environmental Safety |
Safe for the environment with no hazardous chemicals, reducing the ecological footprint of the machining operation. |
May introduce environmental risks due to the presence of hazardous chemicals and the difficulty in recycling or disposing of the coolant properly. |
|
Odor Control |
Pleasantly scented, reducing odors that may cause discomfort in the workplace. |
Often produces unpleasant odors, which may affect both operator comfort and the work environment. |
|
Concentration Flexibility |
Offers flexible dilution ratios (e.g., 1:20 for drilling, 1:30 for grinding), allowing operators to adjust based on specific needs. |
Less flexible with dilution ratios, often requiring strict adherence to a specific formula or concentration, which may not optimize performance across different tasks. |
|
Recycling Compatibility |
Compatible with recycling systems, minimizing waste and contributing to more sustainable machining practices. |
May not be suitable for recycling systems, often requiring disposal after use, contributing to higher operational waste. |
|
Impact on Material Properties |
Preserves the material’s microstructure and long-term integrity by reducing thermal stress and preventing cracking. |
Higher chances of material deformation, cracking, or thermal damage due to inadequate cooling and lubrication. |
|
Reaction to Extreme Thermal Fluctuations |
Maintains its properties across a wide range of temperatures, ensuring stable performance during rapid thermal changes. |
Performance may degrade under extreme temperature fluctuations, affecting both the coolant and tool effectiveness. |
|
Adaptation to Cutting Tool Changes |
Remains effective with frequent tool changes in high-volume applications, maintaining consistent cooling and lubrication performance. |
May require adjustments or coolant replacement after each tool change, leading to downtime and reduced efficiency. |
|
Influence on Swarf Removal |
Optimizes swarf removal by reducing the adhesion of material chips to tools and surfaces, enhancing machining efficiency. |
Swarf may accumulate on the cutting tool, reducing efficiency and leading to tool clogging or poor surface finishes. |
|
Optimal Performance Across Machine Types |
Provides consistent performance across different types of machinery, from manual to fully automated systems. |
May not provide reliable performance across all machines, particularly in automated systems or high-speed machines. |
|
Reduced Need for Material Secondary Finishing Operations |
Reduces or eliminates the need for post-processing (e.g., grinding or polishing) due to its excellent cutting precision and surface finish quality. |
Typically requires additional post-processing operations to correct defects caused by poor cutting or excessive tool wear. |
|
Impact on Cutting Efficiency in High-Velocity Operations |
Facilitates efficient cutting at high velocities, maintaining a smooth cutting action without loss of precision or tool life. |
Struggles to maintain cutting efficiency at high velocities, often leading to heat build-up, tool wear, and slower operations. |
|
Longevity in Continuous Use |
Designed to withstand continuous use over extended periods, maintaining high performance without degradation or loss of effectiveness. |
Often loses effectiveness after prolonged use, requiring more frequent coolant changes and resulting in decreased overall efficiency. |
|
Minimizing Cutting Force |
Reduces cutting forces by minimizing friction, allowing for lower power consumption and extended tool life. |
May lead to higher cutting forces, requiring more energy and potentially causing premature tool failure. |
|
Ability to Handle Fine Detail Work |
Excels in handling delicate or fine detail work, ensuring precision without causing damage to the material or tool. |
Less suited for fine detail work, where tool pressure and heat may cause material damage or loss of precision. |
|
Machine Component Maintenance |
Minimizes wear and tear on machine components by ensuring efficient heat transfer and reducing the need for frequent cleaning or lubrication. |
Contributes to higher maintenance requirements, as coolant inefficiencies can lead to additional stress on machine components. |
|
Viscosity Stability at Different Temperatures |
Stays consistent across temperature variations, maintaining optimal viscosity for cooling and lubrication, which is especially beneficial in varying operational conditions. |
Viscosity can change with temperature fluctuations, leading to inconsistent performance, which may require adjustments during machining. |
|
Resilience in High-Duty Cutting Operations |
Maintains excellent performance in high-duty operations such as continuous grinding or slicing of challenging materials. |
Struggles to perform in high-duty operations, leading to tool wear and reduced cutting efficiency, especially in tough materials. |
|
Suitability for Smaller Workpieces |
Ideal for smaller, precision workpieces, providing fine control and minimizing material deformation. |
May not perform well with smaller workpieces due to the risk of overheating, causing material deformation or poor finish. |
|
Effect on Workpiece Finish |
Improves the overall quality and smoothness of the workpiece finish, reducing the need for additional finishing steps. |
Often leaves rough finishes or tool marks on the workpiece, necessitating secondary finishing processes. |
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25205 & 25201 Avenue Tibbits Valencia CA 91355 USA
Phone : (661) 257-2288
FAX : (661) 257 -3833
lel@ukam.com
UKAM Industrial Superhard Tools is a U.S. High Technology, Specialty Diamond Tool & Equipment manufacturer. We specialize in producing ultra thin & high precision cutting blades and precision cutting machines diamond drills, diamond micro tools, standard & custom advanced industrial diamond tools and consumables.
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