Cutting tools for precision industrial machining
Standard and bespoke solutions for wood, aluminium, plastic, Plexiglass, PVC and composite materials. Rinaldi designs and manufactures professional tools for milling, drilling, profiling, shaping and CNC machining.
Cutting accuracy
Standard and bespoke tools
Technical support for tool selection
Cutting tools are essential components for achieving precise, consistent and repeatable industrial machining. The quality of the tool has a direct impact on the finish of the workpiece, productivity, the duration of the machining cycle and the reduction of scrap.
Rinaldi designs and manufactures cutting tools for machining wood, aluminium, plastic, Plexiglass, PVC, composite materials and special applications. The range includes end mills, drill bits, shaped tools, gouges, solid carbide tools, PKD tools and equipment for CNC and industrial machining.
Every machining operation requires a suitable tool. For this reason, the choice should not be based solely on the diameter or shape, but also on the material to be machined, the machine used, the feed rate, the depth of cut and the required surface finish.
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What are cutting tools?
Cutting tools are instruments designed to remove material from a blank or semi-finished workpiece. They can be used for milling, drilling, contouring, profiling, roughing, finishing, engraving and special machining operations.
In the industrial sector, they are fitted to CNC machining centres, pantographs, drilling machines, automatic lathes, specialised machines and dedicated production lines.
A cutting tool must ensure:
dimensional accuracy
quality of the finished edge
proper chip removal
stability during processing
wear resistance
consistent performance over time
compatibility with the material to be machined
What are they used for in industrial processes?
In industrial manufacturing, a tool is not merely an accessory, but a crucial part of the production process. A correctly chosen tool can improve the quality of the finished part, reduce cycle times, minimise scrap and extend the tool’s service life.
Conversely, an unsuitable tool can cause chipping, vibration, burrs, overheating, tool breakage, uneven finishes and a drop in productivity.
For this reason, the choice of tool must be based on technical and application-specific considerations: each material has different characteristics and requires specific cutting geometries.
Better quality of the workpiece
Waste reduction
Greater production continuity
Wood-cutting tools
Woodworking requires tools capable of producing a clean, precise and consistent cut. Solid wood, melamine-faced panels, MDF, laminates and wood-based materials behave differently when being milled or drilled.
Woodworking tools must minimise the risk of chipping, ensure good chip evacuation and guarantee high quality in both roughing and finishing operations.
The main applications include:
panel milling
profiling
drilling
processing of furniture components
edging
quarry development
window and door fabrication
special shapes
Cutting tools for aluminium
Aluminium and light alloys require tools designed to operate with stability, precision and thermal control. During machining, material build-up, accumulation on the cutting edge, vibrations or a loss of surface finish quality may occur.
For this reason, aluminium cutting tools must facilitate chip evacuation and maintain the cutting edge’s efficiency even during continuous machining.
They are used for:
aluminium panels
profiles
technical componentscomponenti tecnici
Alucobond
Dibond
laminated materials
CNC machining of light alloys
Cutting tools for plastic, Plexiglass and PVC
Plastics require specific tools because they are sensitive to heat, cutting pressure and the quality of chip evacuation. An unsuitable tool can cause the material to melt, result in dull edges, burrs, chipping, vibrations, breakages and an uneven finish. Tools for Plexiglass, PVC and engineering plastics must ensure a clean cut and a finish consistent with the end application.
Areas of application:
visual communication
display
plate processing
windows and doorsserramenti
technical componentscomponenti tecnici
plastic profiles
Issues to avoid
Fusion
Burrs
Chipping
Uneven finish
Cutting tools for composite materials
Composite materials are often abrasive, layered and technically complex. Machining can cause delamination, chipping, overheating or rapid wear of the cutting edge.
This requires resistant tools, designed to maintain stability and quality even in the presence of difficult materials.
Tools for composite materials must ensure:
cutting edge life
reduction of delamination
dimensional stability
vibration control
good edge quality
production continuity
Milling cutters, drill bits and shaped tools
The range of cutting tools includes different product families.
Cutters
The cutters are used for milling, contouring, roughing, finishing, slotting, profiling and CNC machining.
Form tools
The shaped tools allow you to create specific profiles and particular geometries.
Drills
The drills are used for drilling, through holes, blind holes and working on different materials.
Special Gouges and Custom Tools
Gouges and special tools are used in dedicated applications where the required profile or machining operation calls for a specific technical solution.
Standard tools and customized tools
Not all production requirements can be met with standard tools. In many cases, a custom tool must be designed to achieve a specific geometry, improve productivity or solve a machining challenge.
A special tool may be required when:
the profile to obtain is not standard
processing generates too much waste
the cycle time is too high
the finish is not satisfactory
the material is difficult to work with
longer cutting edge life is needed
multiple machining operations need to be combined into a single process
Do You Have a Complex Machining Application?
Request a Technical Assessment for a Custom Tool.
How to Choose the Right Cutting Tool
Choosing the right cutting tool requires evaluating several key factors:
Criterion
Why It Matters
Workpiece material
Specify the tool’s geometry, material and cutting edge
Machine used
It influences stability, speed and operational possibilities
Type of machining operation
Roughing, finishing, drilling and contouring require different tools
Required Surface Finish
The desired surface finish determines the most suitable cutting edge geometry.
Production Volume
It affects the affordability of long-lasting or custom-made tools
Existing problems
Burrs, vibrations, chipping or wear guide the technical solution
The best choice always comes from the analysis of the actual process.
Why choose Rinaldi
Rinaldi specialises in the manufacture of cutting tools for industrial applications. Extensive experience in machining a wide range of materials enables the company to offer both standard tools and custom-engineered solutions for specific production requirements.
Rinaldi supports a wide range of materials and applications, with a strong focus on quality, consistent performance and the design of custom tooling solutions for complex machining operations.
Experience with a Wide Range of Materials
Standard Tools and Custom Solutions
Technical Support for Tool Selection
Solutions for CNC and industrial machining
FAQ
What Are Cutting Tools?
Cutting tools are used to remove material from a workpiece during machining operations such as milling, drilling, profiling, roughing and finishing.
Which Materials Can Be Machined with Rinaldi Tools?
Rinaldi manufactures cutting tools for wood, aluminium, plastics, Plexiglass, PVC, composite materials and specialised industrial applications.
What Is the Difference Between a Standard Tool and a Custom Tool?
A standard tool is available from the catalogue and is suitable for common machining operations. A custom tool is specifically engineered to meet particular production, geometric or application requirements.
How Do You Choose the Right Cutting Tool?
Selecting the right cutting tool requires evaluating the workpiece material, machine type, machining operation, surface finish requirements, expected tool life and any process-related challenges.
When Is a Custom Tool the Best Solution?
A special tool is recommended when a standard tool cannot achieve the desired results in terms of quality, productivity, tool life or profile geometry.
Need Help Choosing the Right Tool for Your Machining Application?
Contact Rinaldi for technical support in selecting milling cutters, drills, form tools and custom-engineered special tools.