Industrial Tools for
Deburring, Edge Rounding & Surface Finishing
- Sheet Metal Processing, Wood Processing and Machining
boeck provides tooling solutions for sheet metal processing, wood processing and machining. Our technologies support edge and surface finishing to create defined component conditions, reproducible quality and stable downstream processes.
From slag removal and deburring to edge rounding, oxide removal and surface finishing, sheet metal processing creates defined edge and surface conditions for stable downstream operations.
Wood Processing
Sanding, structuring, edge breaking and edge band polishing influence surface quality, coating performance, appearance and haptics of wood components and wood-based materials.
Machining
Deburring, edge rounding and surface finishing create defined edge and surface conditions on precision components while maintaining part geometry.
Edge and Surface Finishing throughout the Process Chain
Different materials, manufacturing methods and component requirements create different manufacturing conditions. Burrs, oxide layers, machining marks, raised fibers and other processing-related defects can affect coating performance, further processing, appearance, haptics and process stability. boeck develops tooling solutions for sheet metal processing, wood processing and machining. Our technologies are designed for specific process requirements to create defined component conditions, reproducible quality and stable downstream processes.
In sheet metal processing, the process chain includes slag removal, pre-grinding, deburring, edge rounding, oxide removal and surface finishing. Each process step contributes to a defined component condition. Slag removal creates the foundation for controlled material removal during subsequent processing steps. Deburring removes primary and secondary burrs, while edge rounding creates a reproducible transition between the surface and the edge. Oxide removal and surface finishing prepare components for coating, welding and other downstream operations.
In wood processing, sanding, structuring, edge breaking and edge band polishing create consistent surface quality and edge preparation. These processes influence coating performance, appearance and haptics of wood components and wood-based materials. In machining, deburring, edge rounding and surface finishing improve edge quality and surface characteristics on precision components while maintaining part geometry. The result is reproducible quality and reliable downstream manufacturing operations.
Industrial Tools for Sheet Metal Edge and Surface Finishing
Slag Removal, Pre-Grinding, Deburring, Edge Rounding, Oxide Removal and Surface Finishing
Laser cutting, plasma cutting, oxy-fuel cutting and mechanical cutting processes create slag, primary burrs, secondary burrs and oxide layers on sheet metal components. These conditions can affect edge quality, coating performance, further processing and overall process stability.
Sheet metal edge and surface finishing follows a structured process chain. Slag removal creates a uniform starting condition for subsequent processing steps. Pre-grinding reduces surface irregularities and prepares the component for controlled material removal.
Deburring removes primary and secondary burrs, while edge rounding creates a reproducible, radius-like transition between the surface and the edge. Oxide removal produces clean metallic cut edges before surface finishing creates defined surface characteristics and consistent surface quality.
The result is a defined component condition with reproducible edge quality, reliable coating adhesion, reduced rework and stable downstream manufacturing processes.
Industrial Tools for Wood Surface Finishing
Sanding, Structuring, Edge Breaking, Intermediate Sanding and Edge Band Polishing
Sawing, milling and other wood processing operations create machining marks, raised fibers and variations in surface texture. Material density, grain direction and previous machining steps influence surface quality, coating performance, appearance and haptics of solid wood and wood-based materials.
Depending on the material, component geometry and desired finish, different wood processing steps are required. Sanding levels the surface and reduces machining marks to create a uniform starting condition. Structuring enhances the natural grain pattern by selectively removing softer wood components and creating a defined surface texture.
Edge breaking creates a reproducible, radius-like transition between the surface and the edge while reducing splintering. Intermediate sanding removes raised fibers and creates a consistent base for subsequent coating layers and reliable coating adhesion.
Edge band polishing reduces processing marks along the edge band and improves the visual appearance of edged components. This helps reduce whitening effects and creates a more uniform edge finish.
The result is a defined surface condition with consistent surface quality, reproducible edge quality, uniform coating absorption, reliable coating adhesion and reduced rework.
Industrial Tools for Machining Finishing Operations
Deburring, Edge Rounding and Surface Finishing
Machining operations such as milling, turning and CNC machining can create fine burrs on precision components, holes, contours and functional edges. These burrs can affect assembly processes, component functionality, edge quality and the reliability of downstream manufacturing operations.
Machining finishing operations focus on the post-processing of geometrically finished components. Deburring removes unwanted material projections and creates defined edge conditions for further processing. Material removal is kept to a minimum to maintain dimensional accuracy and preserve the original component geometry.
Edge rounding creates a reproducible, radius-like transition between the surface and the edge. Surface finishing improves surface characteristics and creates a consistent surface condition while maintaining part functionality and dimensional stability.
The result is a defined component condition with reproducible edge quality, high dimensional accuracy and reliable manufacturing results in CNC machining, automated manufacturing and serial production.
Our Game Plan
We are passionate about technology and develop industrial tools for edge and surface finishing that make a measurable difference in manufacturing processes.
Our solutions support applications in sheet metal processing, wood processing and machining, helping manufacturers achieve defined component conditions, reproducible quality and stable downstream operations.
Standard solutions where they fit. Customized solutions where process requirements demand more.
Engineered with purpose. Designed for performance. Built for reliable manufacturing processes.
Marc Böck, CEO
Jochen Böck, CEO
Why Choose boeck?
EFFICIENCY THROUGH INNOVATION
Creating measurable value for our customers drives every decision we make. Our focus is on developing industrial tooling solutions that improve process stability, reduce rework and support efficient manufacturing operations.
EXPERTISE & APPLICATION SUPPORT
FAST DELIVERY
Most of our industrial tools are shipped on the same day an order is placed. Fast availability helps minimize downtime and keeps production processes running reliably.
Customer Testimonials
boeck Imagefilm
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More informationNews
Very good performance in wet machining
Equip every tool faster!
Innovative quick clamping system reduces setup times by up to 80 percent
Significantly saved costs and time
boeck visits real sheet metal workers: Mailänder Industrietechnik
Digital, automated and family-friendly into the future
Faster to stronger edge rounding
Maximum edge rounding in the shortest time
Boeck visits real sheet metal workers: RK Metalltechnik
Downloads
In our download section, you will find brochures, product flyers and technical information about our industrial tooling solutions. Whether for sheet metal processing, metalworking or wood processing, you can access detailed information on products, applications and manufacturing processes in one place.