BERI.CO.MAX V2
The Beri.Co.Max V2 is a coaxial stripping machine for large cables and designed for precise stripping of coaxial cables from approx. 1.0 mm to approx. 24.5 mm * (with head type 1) Outer-diameter and from Stripping lengths up to approx. 100.0 mm. * This covers an unprecedented scope of processing.
Optionally, a stripping head can be used with 4 knives (head type-2, stripping-diameter from about 1.0 to about 17.5 mm *), whose cutting edges are on one level for exact right-angled cut. With this head also sucoform and corrugated cables can be stripped cleanly and precisely.
* depending on cables
Innovations & Special features
- linear adjustment of the blades and centering
- fixed stop for exact stripping lengths
- Precision positioning blades 0,01 mm
- Movable sensor position
- linear adjustment of clamping with controlled power
- Precise clamping position by iris principle
- Test mode: “Cable position” and “Cable Ø *
- High processing speed
- All processing parameters programmable
- Production sequence programmable
- Cable library, “endless” memory locations
- simple, logical and self-explanatory menu
- large touchscreen (capacitive)
- colored simulation of the setting parameters
- easy and fast blade change
- Knife position adjustable
- also reground knives usable
- 4 USB +LAN (User-Interface); D-Sub 25; Robotics- Interface
- Number of stripping steps 10 or as required
- Direction of rotation, speed; Spiral movement of the head programmatically and reversibly
- Connection for cleaning ejector (optional)
- Cleaning nozzles; Duration and cycle adjustable
- Soft clamping can be used
- Triggered by stop, foot pedal or external trigger signal
Technical data | |
› Stripping length | 0 – 100,0 mm |
› Stripping diameter | Ca. 1,0 – 24,5 bzw. 17,5 mm outer– Ø (depending on the cable) |
› Blades | Head Typ-1: Flat blades Head Typ-2: triangle blades |
be-ri Coaxmachines | Striping – Ø | Stripping |
› BERI.CO.MA | up to 9,0 mm | 40 mm |
› BERI.CO.MAX V2 | 1 – 24,5 mm | 100,0 mm |
› BERI.CO.FLEX | up to 17 mm | machine-dependent |