Vertical Cylinder Block Boring cum Milling Machine

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Vertical Cylinder Block Boring cum Milling Machine

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Vertical Cylinder Block Boring cum Milling Machine Specification

Operating Temperature
5C-45C

Machine Type
Cylinder Block Boring and Milling

Connectivity Options
None (optional accessories available)

Lubricating System
Automatic Centralized Lubrication

Motor Power
7.5 kW

Production Capacity
Varies on block size and cycle time

Frame Type
Heavy-Duty Cast Iron Frame

Power Rating
7.5 kW / 10 HP

Model No
CM-1800

Accuracy
Up to 0.01 mm

Voltage
380-415 V (3-Phase)

Noise Level
<85 dB(A)

Frequency
50/60 Hz

Features
Robust Construction, Precision Guides, Easy Operation, Adjustable Speeds

Product Type
Cylinder Block Boring cum Milling Machine

Technology
Vertical Precision Boring and Milling

Power Source
Electric

Power
7.5 kW

Surface Treatment
Paint Coated

Dimension (L*W*H)
2650 mm x 1400 mm x 2350 mm

Weight (kg)
4200 kg

Color
Red & Black

Usage & Applications
Boring and Milling of Engine Cylinder Blocks

Recommended Oil Type
ISO VG 46

Max Block Length
1800 mm

Chuck Type
Manual Precision Chuck

Table Size
1200 mm x 410 mm

Ambient Humidity Range
85% (non-condensing)

Spindle Motor Speed
1450 rpm

Max Boring Diameter
320 mm

Vertical Travel of Head
1200 mm

Main Spindle Taper
MT5

Max Boring Depth
700 mm

Number of Spindle Speeds
12 steps

Boring Bar Stroke
700 mm

Table Transverse Travel
150 mm

Clamp Plate Width
410 mm

Required Floor Space
Approx. 6 m2

Min Boring Diameter
320 mm

Coolant Tank Capacity
80 L

Spindle Diameter
110 mm

Milling Cutter Diameter
320 mm (max)

Working Speed
Adjustable; Spindle 70-230 rpm

Table Travel (Longitudinal)
1800 mm

Vertical Cylinder Block Boring cum Milling Machine Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Week

Delivery Time
7 Days

About Vertical Cylinder Block Boring cum Milling Machine

MODEL		C/CM-1200V	CM-1800V	CM-2500V
Boring range	mm	32-350	32-350	32-350
Max boring head travel	mm	780/980	780/980	780/980
Distance spindle centre to column	mm	410	410	510
Max distance boring slide to table	mm	1460	1460	1460
Spindle speed	rpm	50-1200	50-1200	50-1200
Boring feed	mm/min	20-1500	20-1500	20-1500
Table surface	mm	1525x450	2130x450	2540x600
Table traverses lengthwise	mm	1350	2025	2675
Max. milling length (CM only)	mm	1050	1725	2275
Table speed (CM only)	mm/min	0-1200	0-1200	0-1200
Table movement crosswise	mm	140	140	140
Max workpiece on machine	kg	1000	1200	2500
Milling width (CM only)	mm	300-400	300-400	300-500
Max. Distance outer cylinder centres	mm	1200	1800	2500
Spindle motor	kw/hp	4/5.5	4/5.5	4/5.5
Motor for boring feed	kw/hp	0.75/1	0.75/1	0.75/1
Work height required	mm	3010/3210	3010/3210	3200/3400
Height of column	mm	2720/2920	2720/2920	2905/3105
Total length of machine	mm	2365	3330	3600
Total width of machine	mm	1720	1720	1900
Working space required	mm	3700x1720	5380x1720	6000x1900
Net weight approx.	kg	3200/3300	4500/4600	5800/5900

The AMC-SCHOU CM-1800 Vertical Cylinder Block Boring cum Milling Machine is a must-have for professional workshops seeking the latest in precision and versatility. Crafted with a polished heavy-duty cast iron frame, this splendid machine enables adjustable working speeds, a maximum boring diameter of 320 mm, and vertical travel of the head up to 1200 mm. The integrated water-cooled and lubrication systems ensure terrific performance over long operational cycles. Buy online now and enhance productivity with electric semi-automatic controls, robust construction, and a capacity tailored for heavy engine block machining. Available for export, import, or supply throughout India.

Features, Application Places & Usage Types of AMC-SCHOU CM-1800

The AMC-SCHOU CM-1800 Vertical Cylinder Block Boring cum Milling Machine is ideal for automotive, marine, and industrial engine workshops. This machine stands out thanks to its robust construction, precision guides, and easy operation. Its type of usage includes boring and milling of engine cylinder blocks using heavy-duty, semi-automatic, and high-accuracy processes. With adjustable speeds and a splendidly sturdy design, it's perfect for heavy production work in demanding environments.

Certifications, Export Markets, and Order Placement for AMC-SCHOU CM-1800

Supplied with leading industry certifications, the AMC-SCHOU CM-1800 is exported to major international markets. Main destinations include Southeast Asia, the Middle East, Europe, and Africa. FOB Port options are available depending on customer location. For serious buyers, a purchase order and asking price inquiry can initiate prompt supply and delivery. The manufacturer supports bulk export and caters to OEM requirements for global clients.

FAQ's of AMC-SCHOU CM-1800 Vertical Cylinder Block Boring cum Milling Machine:

Q: How does the AMC-SCHOU CM-1800 improve the machining of engine cylinder blocks?

A: The AMC-SCHOU CM-1800 offers precise boring and milling due to its robust construction, adjustable speeds, and accuracy up to 0.01 mm, resulting in efficient, high-quality machining of engine cylinder blocks.

Q: What is the process for ordering and purchasing the AMC-SCHOU CM-1800 online?

A: To purchase the AMC-SCHOU CM-1800 online, submit an inquiry for the latest asking price, send your purchase order, and coordinate with the supplier for export and shipping arrangements from the designated FOB port.

Q: Where can the AMC-SCHOU CM-1800 be used effectively?

A: This machine is ideally suited for automotive repair shops, engine rebuilding facilities, and heavy-duty manufacturing plants that require precision cylinder block boring and milling.

Q: What are the key features that make this machine a must-have for workshops?

A: Key features include 12-speed adjustable spindle, integrated cooling and lubrication systems, heavy-duty cast iron frame, electric push button/manual controls, and superior accuracy. These make it indispensable for demanding machining tasks.

Q: What benefits does the integrated water-cooled system provide during operation?

A: The integrated water-cooled system efficiently dissipates heat during prolonged machining, ensuring higher accuracy, prolonged tool life, and splendid operational reliability.

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