Sedgwick CP

Planer Thicknesser

Features
  • Manufactured in the UK
  • Heavy cast iron tables
  • Fixed surfacer tables when thicknessing
Description

Construction – The Sedgwick CP planer thicknesser is designed and built for precision, long life and minimum maintenance. Its rigid mainframe assembly (cast iron base, side ...

Full description and features

Configure your machine

- +

Product Information

  • Features
    • Manufactured in the UK
    • Heavy cast iron tables
    • Fixed surfacer tables when thicknessing
    • TERSA cutter block
    • Braked motor
    • Rigid side fence
    • Suitable for educational establishments
  • Description

    Construction – The Sedgwick CP planer thicknesser is designed and built for precision, long life and minimum maintenance. Its rigid mainframe assembly (cast iron base, side frames, and fixed outfeed table) gives exceptional stability, and accurately houses the feed and cutterblock bearings, and the infeed and thicknessing tables.

    The Cutterblock – 4 knife TERSA cutting block is provided as standard, with the option of a multi knife spiral block, for improved finish, and runs in ‘sealed for life’ bearings for minimum maintenance. Knife setting is aided by height adjustment screws. Driving the cutterblock is an industrial motor via two heavy section vee belts which, combined with the centrifugal force of the large diameter block, provides ample power.

    Surface Planing – The cast infeed table (which on the MB/CP planer has increased length for accurate surfacing) rises and falls in square gibs for long term accuracy, and is fitted with a rule showing depth of cut. A generously proportioned cast iron fence is then mounted off the table on a cast iron bracket. The fence can be tilted between 90º – 45º making it suitable for bevel work and chamfering, and is easily returned to 90º via a positive stop.

    Thicknessing – For long term accuracy, and to avoid time consuming mode changes, the surfacing tables remain in place when thicknessing, utilising instead a dual function chip collection hood. The thicknessing table is again cast iron and is mounted on a large diameter precision ground pillar to ensure precise and parallel positioning, with an off-centre lock for added rigidity. The MB/CPs thicknessing table is fitted with extension rollers, which run in self-lubricating bushes. Large diameter steel feed rollers (one fluted the other rubber coated) are driven by an industrial geared unit, which on three phase machines has two speeds. The feed rollers run in self-lubricating bushes and are driven from the geared unit by a heavy duty chain for efficient and constant feeding of demanding production work and difficult stock.

    Safety Features – The drive assembly is totally enclosed by the rear machine guard, removal of which provides easy access to the motor drive assembly for any necessary maintenance. The cutterblock is guarded at the rear by a fixed guard attached to the fence, and at the front by a bridge type guard.

  • Specification
    • Surfacing width capacity 410 mm
    • Thicknessing depth 230 mm
    • Surfacing table length, overall 1700 mm
    • Infeed table length 850 mm
    • Thicknessing table length 600 mm
    • Cutterblock diameter 102 mm
    • Cutterblock type TERSA
    • Number of knives 4
    • Cutterblock speed 4000 rpm
    • Feed roller diameter 51 mm
    • Feed speed(s) 4.5 & 7 m/min
    • Fence size 900 x 140 mm
    • Fence tilt 0 - 45°
    • Table height, surfacer 900 mm
    • Extraction outlet(s) 1 x 150 mm
    • Motor 4 kW (5.5 HP)
    • Power 3 phase
  • Important information

    Our suppliers have a policy of continuous product development and improvement, specifications are therefore subject to change without notice. We can accept no liability for discrepancies in specifications or illustrations contained in our publications or the publications of our suppliers.

Make an enquiry about this product

Complete this form and one of our friendly team of experts will contact you.

Subtotal

excl VAT

incl VAT

Call
Call us on 0115 986 5201 or