Description
- Time-saving cabinet connector works without edge drilling and with very high clamping force
- Efficient machining with all CNC machines
- Faster machining & assembly
- Stronger connections
- Cabinets, interiors, exhibitions, store fixtures, recreational vehicles, mixed media (wood-to-metal joints)
- Installed & free-standing wardrobes, kitchen units, libraries, bookshelves, display units, toilet units, etc.
Cabineo 12

Use in ¾” material for 90-degree connections
Cabineo 8

Use in thinner material or shared, ¾” partitions
Cabineo
Cabineo is the newest connector from Lamello, and is an outstanding solution for cabinet shops and manufacturers using nested-based CNC routers. The toolpath may be quickly machined with a standard, straight-shank router bit without a tool change. The Cabineo connectors are simply tapped into the routed pocket and join cabinet components together by screwing into a mating 5mm shelf pin hole with nearly 200 pounds of clamping force. Cabineo may be covered with aesthetic cover caps, or parts may be inverted to allow for a completely invisible application. Because there is no pin or stud required with Cabineo, all components may be shipped to the jobsite as a true flat-pack, RTA solution. The M6 version of the Cabineo connector uses a metal helical insert or may be fastened directly into a tapped hole in metal furniture or fixture components.More Advantages
- Installation of fixed shelves or vertical dividers in an already assembled unit
- Detachable for transport or if the fixed shelves need adjusting
- Shallow element of 10 mm allows for panels from 12 mm thickness
- Corner joints with Cabineo 12 (drill hole Ø 5 × 12 mm)
- Dividing panel joints with Cabineo 8 (drill hole Ø 5 × 8 mm) from material thickness 16mm
- Use with or without cover caps. Cover caps are available in various colors
- Metal insert threaded version available for exceptionally strong connections or for wood-to-metal component connections
Time-saving cabinet connector with high clamping force requires NO edge-drilling.
Download the Cabineo Time Study pdf
Time-savings for the whole production process! Simple, Fast & Strong!
1. Time-saving in production
1. Time-saving in production
- Optimized process due to surface machining; no edge drilling necessary
- Only one tool change from 5 mm to 15 mm drill; or rout the profiled shape with no tool change - use a standard CNC spiral bit
- No dowel holes means less drill holes
- Efficient pre-installation of the one-piece connector in the factory
- Flat-Pack delivery with pre-installed connectors
- Connectors delivered installed in the workpiece; thus no hardware needs to be shipped separately
- One-piece connector without dowels; no pre-assembly of screws or dowels in the side panels necessary
- Easy positioning in the drill hole due to the protruding screw
- Fast assembly with a cordless drill

Cabinets, interiors, exhibitions, store fixtures, recreational vehicles

Installed and free-standing wardrobes, kitchen units, libraries, bookshelves, display units, toilet units etc.

Corner joints between bottom or top shelves and the side panel, or joints between shelves and a separating panel

Wear-resistant cabinet connector for various materials and increased strength

For Cabineo 12 and 8:
Size: 33.8 × 16.5 × 10.8 mm
Cutter: Ø 12 mm or smaller
Drill: Ø 5 mm or Ø 15 mm
Material Housing: Fiberglass reinforced plastic
Installation Tolerance: Lateral adjustment ± 0.1 mm

Particleboard - 19 mm | Cabineo - 12 mm | Cabineo - 8 mm | Cam - no dowel |
---|---|---|---|
Tensile Strength | 198 | 110 | 112 |
Shear Strength | 187 | 121 | 124 |
Clamping Force | 198 | 110 | - |
For Cabineo M6:
Size: 12.3 / 15.3 x 9.3 x 9.3 mm
Thread: M6
Drill: Ø 8 mm
Material: Brass
Installation Tolerance: Longitudinal ± 0.1 mm

Applications

HPL - 12 mm | Cabineo M6 - 8 |
---|---|
Tensile Strength | 374 |
Shear Strength | 220 |
Clamping Force | 374 |
Particle board - 19 mm | Cabineo M6 - 12.3 insert | Cabineo M6 - 15.3 insert |
---|---|---|
Tensile Strength | 165 | 198 |
Shear Strength | 231 | 264 |
Clamping Force | 165 | 198 |