HOME > BORING MACH. - 32 MM SYS. > BM-012356 > RETURN

HOLZ-HER 1626 BORING MACH. (CONSTR. & LINE BORING)



For Immediate Help Contact:
Ed Webb
(800) 374-5009 ext. 377
Intl. +1 (704) 841-2001
Ed.Webb@exfactory.com
If not available, try his/her backup:
Steve Coffee ext.471
Steve.Coffee@exfactory.com
Brand:  

HOLZ-HER

Model:   1626
Category:  

BORING MACH. - 32 MM SYS.

Machine Type:  

BORING MACH. (CONSTR. & LINE BORING)

Year of Mfg.:   1987
Condition:   Good Condition   
Elect./Voltage:   220 V, 60 Cy, 3 Ph.
Value New:   $ 14,800
Price:   $ 2,200 USD
    (Convert)
Financing: $ 45 National Capital Leasing
Region:   SOUTHEAST (Click for Regional Map)
EXF #:   BM-012356  
Description:   (view full)

HOLZ-HER SUPERBORE 1626 DB-23-S 23-Spindle Boring Machine

Specifications: 

  Drills vertically from bottom & horizontally from rear.

  Workpiece width (1 or 2 Side stops) 925 mm (36.42") & 770 mm (30.32"), Table size 21" LR x 37" FB x 880 mm (34.65") H.

  Spindle speed 3,000 RPM, Spindle center distance 32 mm, Max. Distance between spindle centers 704 mm (27.72"). 

  Boring stroke: 0 - 80 mm (0 - 3.15") (Horizontal), 0 - 70 mm (0 - 2.76") (Vertical).

Equipped with:

  90° Pneumatic tilt, (4) 2" Dia. Pneumatic overhead hold-downs, Pneumatic foot pedal control for clamping & boring.

  6-Position turret stop for drill depth, Drill head with Mechanical digital readout, Simultaneous right & left fence in-and-out adjustment with Mechanical digital readout.

NOTE: No fences.

    Special Note: SOLD
    Comment: Oldie but goodie!
    Written By: Kevin Welker  
    *Dimensions:52" L x 38" W x 50" H
    *Weight:1,250 Lbs
    *Dimensions & Weight data are based on 3rd party information and could be incorrect; please verify & confirm if accurate dimensions & weight are required.

    The 32 mm cabinet-making system is a manufacturing method, used in the production of RTA (ready to assemble) furniture. European-style - frameless furniture, custom cabinets, and other RTA furnishings are manufactured using the 32 mm cabinet-making system. Although this system is measured using the metric system, this is a practice used globally.