Application-Based Advice
Machinery recommendations based on your acoustic panel process, material, dimensions, pattern and production volume.
Explore Vitap CNC acoustic panel cutting machines for micro-perforating, drilling and grooving wooden acoustic panels. Tuckwell Machinery supplies solutions for manufacturers producing sound-absorbing panels for commercial interiors, joinery and specialist fit-out applications.
Tuckwell Machinery supplies precision acoustic panel cutting machines for Australian manufacturers, joiners and fit-out businesses producing decorative and sound-absorbing wooden panels. The Vitap acoustic range covers three distinct processes: micro-perforation with Micra, high-speed drilling with Point Acoustic, and repeatable grooving with Point Grooving.
Rather than relying on one machine for every acoustic pattern, manufacturers can select the process that best suits the required panel design, material, hole or groove pattern, production volume and available floor space. Tuckwell can assist with machinery selection, delivery, installation, operator training and ongoing technical support Australia-wide.
Choose the process around the acoustic panel you need to manufacture. Micra creates discreet micro-perforations, Point Acoustic drills acoustic patterns at high speed, and Point Grooving produces clean, repeatable grooves for wooden acoustic modules.
Compact CNC punching for micro-perforated acoustic panels with holes down to 0.5 mm.
View Micra ↓
Dedicated CNC drilling for fast, accurate production of sound-absorbing wooden panels.
View Point Acoustic ↓
CNC grooving with optimised software and a quick-change multi-blade shaft for acoustic modules.
View Point Grooving ↓Vitap Micra is a compact CNC punching machine developed for producing micro-perforated acoustic panels while preserving the visual appearance of the panel face.
Micra occupies less than 5 m², giving manufacturers a compact way to produce high-performance micro-perforated panels. Its micro-perforation process creates very small holes on the visible face of the panel, helping retain the decorative finish while forming part of the acoustic path through the material.
| Micra – Technical Snapshot | Details |
|---|---|
| Minimum hole diameter | 0.5 mm |
| Punching head capacity | 300–2,300 micro-holes (configurable) |
| Panel thickness | Up to 50 mm |
| Y-axis panel width | Up to 1,300 mm |
| X-axis panel length | No practical limit (continuous feed) |
| Footprint | Less than 5 m² |
| Key advantage | Discreet micro-holes help preserve panel aesthetics |
Point Acoustic is a dedicated CNC drilling centre for producing sound-absorbing wooden panels. Optimised drilling software and precision mechanics are designed to combine accurate hole patterns with fast execution.
Point Grooving is engineered for precise and repeatable grooves in wooden panels used to manufacture acoustic and sound-insulating modules. The machine combines dedicated grooving software with tooling designed for efficient setup and consistent production.
The best choice depends on how the panel needs to be machined and the visual finish, production speed and acoustic pattern you are trying to achieve.
Tell the Tuckwell team what you are manufacturing and how the panel needs to be machined. We can help narrow the choice to the Vitap solution that best suits your production.
Tuckwell Machinery supports Australian manufacturers beyond the initial machine purchase, helping businesses select, install and operate equipment suited to their production requirements.
Machinery recommendations based on your acoustic panel process, material, dimensions, pattern and production volume.
Support when considering workflow, machine footprint, throughput and how acoustic panel machining fits with other CNC processes.
Delivery coordination, installation, commissioning and operator training to help your team use the equipment correctly.
Technician-backed assistance, maintenance support and help sourcing spare parts for machinery supplied by Tuckwell.
Tell us the type of acoustic panel you want to manufacture, the machining pattern you need and your production requirements. Our team can help identify the most suitable Vitap solution for your workflow.
Answers to common questions about Vitap Micra, Point Acoustic and Point Grooving machines for acoustic panel manufacturing.
Tuckwell Machinery supplies Vitap CNC solutions for three key acoustic-panel processes: Micra for micro-perforation, Point Acoustic for high-speed drilling, and Point Grooving for producing repeatable grooves in wooden acoustic panels.
Vitap Micra is a compact CNC punching machine designed to produce micro-perforated acoustic panels. It micro-drills the upper face of the panel so the perforations remain visually discreet, with the lower face then drilled on a separate CNC such as Vitap Point Acoustic.
Micra can produce holes as small as 0.5 mm in diameter.
Micra can process panels up to 50 mm thick and up to 1,300 mm wide on the Y-axis. The existing machine information lists no practical panel-length limit on the X-axis because of its continuous-feed design.
Vitap Point Acoustic can drill approximately 55 holes every 4 seconds and uses optimised drilling software for accurate, repeatable acoustic-panel production.
Yes. Vitap offers easily interchangeable special heads for Point Acoustic to accommodate specific panel patterns or production requirements.
Point Grooving is a CNC machine designed to create precise, repeatable grooves in wooden panels for acoustic and sound-insulating modules. It uses optimised grooving software and a quick-change multi-blade shaft.
The best machine depends on the process you need. Micra is designed for micro-perforation, Point Acoustic for fast drilling patterns, and Point Grooving for grooved acoustic modules. Tuckwell Machinery can help assess your panel material, dimensions, required pattern, production volume and available floor space before recommending a configuration.
Explore additional machinery for panel sizing, CNC machining, drilling, edge finishing, planing, dust extraction and complete woodworking production workflows.