CHINELATTO

PBC-1200X

Engine Block and Head Milling Machine - PBC-1200X

Engine Block and Head Milling Machine - PBC-1200X
Engine Block and Head Milling Machine - PBC-1200X — PBC-1200X milling machine resurfacing V6 cast iron engine block 1/17
Engine Block and Head Milling Machine - PBC-1200X — PBC-1200X milling machine resurfacing cast iron cylinder head 2/17
Engine Block and Head Milling Machine - PBC-1200X — PBC-1200X milling machine resurfacing V8 aluminum cylinder head — view 1 3/17
Engine Block and Head Milling Machine - PBC-1200X — PBC-1200X milling machine resurfacing V8 aluminum cylinder head — view 2 4/17
Engine Block and Head Milling Machine - PBC-1200X — PBC-1200X milling machine resurfacing aluminum cylinder head with tilting fixture 5/17
Engine Block and Head Milling Machine - PBC-1200X — STANDARD - Control Panel with rotary controls for RPM and table speed of PBC-1200X milling machine 6/17
Engine Block and Head Milling Machine - PBC-1200X — STANDARD - Other accessories including dial indicator, clamping blocks and shims for PBC-1200X milling machine 7/17
Engine Block and Head Milling Machine - PBC-1200X — STANDARD - Tool holder 14" (355mm) cast iron for workpiece mounting on PBC-1200X planer 8/17
Engine Block and Head Milling Machine - PBC-1200X — STANDARD - Tool + counterweight steel cutting tools for resurfacing flat surfaces on PBC-1200X milling machine 9/17
Engine Block and Head Milling Machine - PBC-1200X — STANDARD - Parallel Supports height - 3.94" cast iron for milling machine PBC-1200X fixturing 10/17
Engine Block and Head Milling Machine - PBC-1200X — STANDARD - Parallel Supports height - 14.57" cast iron with hollow structure for milling machine setup 11/17
Engine Block and Head Milling Machine - PBC-1200X — OPTIONAL - CBN insert (cast iron) / PCD (for aluminium) + 1 insert holder + 1 counterweight for milling 12/17
Engine Block and Head Milling Machine - PBC-1200X — OPTIONAL - DB-30/45 cast iron cradle for "V" blocks positioning on milling machine 13/17
Engine Block and Head Milling Machine - PBC-1200X — OPTIONAL - DI Cradle for Cylinder Head with articulated structure for fixation on PBC-1200X milling machine 14/17
Engine Block and Head Milling Machine - PBC-1200X — OPTIONAL - American-style device for V-blocks and cylinder heads with adjustable clamping system 15/17
Engine Block and Head Milling Machine - PBC-1200X — OPTIONAL - cast iron fixture device for precise positioning on PBC-1200X milling machine 16/17
Engine Block and Head Milling Machine - PBC-1200X — OPTIONAL - Leveling towers in cast iron with adjustment screws for fixing on PBC-1200X milling machine 17/17
PBC-1200X milling machine resurfacing V6 cast iron engine block
PBC-1200X
Engine Block and Head Milling Machine - PBC-1200X
Engine Block and Head Milling Machine - PBC-1200X
MANUFACTURER
Manufacturer 🇧🇷 CHINELATTO
Model PBC-1200X
Category Engine Block and Head Milling Machine

Description

PBC-1200X block and head milling machine for professional resurfacing: mills parts up to 47X14 inches (1200X355MM) and 21.7 inches (550MM) tall, 4-8 cylinder V6/V8/diesel engines. Chinelatto since 1962

Technical Specifications

CAPACITY
.Milling capacity - length x width47.24" x 14"
.Max. Height21.653"
.Spindle variable speed200 ~ 1100 rpm
.Variable cutting speed1,18"~27,6"/min
.Power motors1,875 kw
.Electrical tension220volts 60hz. 2fases

Specifications subject to change without notice. Some capacities listed may require optional accessories. Confirm exact dimensions during quotation.

Frequently Asked Questions

What is a block and cylinder head resurfacing machine used for?
The block and cylinder head resurfacing machine is used to machine and level the surfaces of these engine components, correcting warpage and ensuring perfect sealing. It's essential in engine rebuilding to eliminate leaks between block and head. The PBC-1200X works with parts up to 47 x 14 inches (1200 x 355 mm), being ideal for car, motorcycle and industrial equipment engines.
What is the maximum capacity of the PBC-1200X block milling machine?
The PBC-1200X milling machine has maximum capacity of 47 x 14 inches (1200 x 355 mm) length by width, with maximum height of 21.7 inches (550 mm). Total installed motor is 2.5 hp, running on 220 volts two-phase. Speeds are variable: tool spindle from 1.2 to 27.6 IPM (30 to 700 mm/min) and cutting rotation from 200 to 1100 rpm, allowing fine adjustment according to material.
What types of engines fit in the 47x14 inches head resurfacing machine?
The resurfacing machine with 47 x 14 inches (1200 x 355 mm) capacity accepts heads and blocks from most automotive engines: compact cars, sedans, SUVs, large motorcycles and small to medium industrial engines. 4, 6 and up to 8-cylinder inline engines fit easily. Maximum height of 21.7 inches (550 mm) allows working with tall blocks, including some diesel engines.
Difference between manual and automatic head resurfacing machine?
The manual resurfacing machine like the PBC-1200X requires the operator to control feeds and speeds, giving more control over finish but demanding experience. The automatic makes movements by itself after programming. Manual is cheaper, more robust and allows fine adjustments during work. For smaller shops, manual offers better cost-benefit and versatility.
How does the surface milling process work?
Milling fixes the part on the machine table and uses a rotating cutting tool that passes over the entire surface, removing material uniformly. The operator adjusts cutting depth and speeds according to material. The PBC-1200X allows variable speeds to optimize finish. The process eliminates scratches, warpage and irregularities, leaving the surface perfectly flat for sealing.
What maintenance do you need to do on an industrial milling machine?
Maintenance includes regular lubrication of guides and spindles, cleaning after each use, checking table alignment and periodic replacement of cutting tools. It's important to maintain stable electrical voltage (220V) and protect against humidity. With proper maintenance, an industrial milling machine lasts decades. Annual general inspection and precision calibration are recommended to ensure work quality.