Manual Rubber Slipper Making Machine

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Manual Rubber Slipper Making Machine Specification

Product Type
Manual Rubber Slipper Making Machine

General Use
Making rubber slippers, footwear

Material
Steel body with rubber mould

Type
Manual Hydraulic Press

Capacity
100-150 pairs/day

Weight (kg)
120-150 kg

Computerized
No

Automatic
Manual

Control System
Manual lever control

Drive Type
Hydraulic

Heating Power
1 kW

Transmission Power
Manual & Electric combo

Cutting Area
Standard slipper size die

Voltage
220V

Power
220V electric (for heater)

Dimension (L*W*H)
Approx. 3ft x 2ft x 5ft

Raw Materials
Rubber sheet, EVA sheet

Color
Blue and White

Feature
Easy operation, low maintenance

Max Working Pressure
150 bar

Heating Plate Material
Cast Iron

Pressing Force
10-15 tons

Packaging
Standard wooden crate

Cycle Time
40-60 seconds per pair

Operation Mode
Manual

Application
Chappal, slipper and sole manufacturing

Installation
Easy to install and relocate

Plate Diameter
12-14 inches

Safety Features
Emergency shut-off switch

Manual Rubber Slipper Making Machine Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Manual Rubber Slipper Making Machine

The Manual Rubber Slipper Making Machine is highly recommended for manufacturers seeking world-class efficiency, cost savings, and top-ranking performance in footwear production. Its opulent design features a steel body, robust cast iron heating plates, and a manual hydraulic press system delivering a pressing force of 10-15 tons. In demand across India, this machine easily produces 100-150 pairs per day, making it an excellent choice for chappal, slipper, and sole manufacturing. The user-friendly lever control, emergency shut-off, and low maintenance make it a reliable, essential asset for new and established businesses alike.

Efficient Usage and Versatile Applications

The Manual Rubber Slipper Making Machine stands out for its easy operation and flexible use. It is designed for application in small, medium, and large manufacturing workshops, service providers, and footwear suppliers. With its manual operation mode and hydraulic system, the machine is perfect for use in both urban and semi-urban settings. General usage includes manufacturing chappals, slippers, and soles, making it an ideal choice for businesses seeking reliable, daily production of rubber footwear.

Freight, Certifications, and Domestic Distribution

This highly recommended machine is shipped via reliable freight services, ensuring safe delivery in a standard wooden crate to your destination port. With recognized certifications and top-quality build, it meets industry standards for performance and safety. The main domestic market is India, supporting effortless exchange and prompt delivery to various locations nationwide. Its robust packaging and well-established supply chain make installation and working hassle-free for all buyers and manufacturers throughout the country.

FAQ's of Manual Rubber Slipper Making Machine:

Q: How does the manual operation mode benefit users during slipper production?

A: The manual operation mode provides users with greater control over the pressing process, ensuring consistent quality and minimizing operational errors. It's simple to use, making it ideal for both skilled workers and beginners.

Q: What is the maximum capacity of the Manual Rubber Slipper Making Machine?

A: This machine can efficiently produce 100-150 pairs of slippers per day, making it suitable for small, medium, and large-scale footwear manufacturing enterprises.

Q: Where can the Manual Rubber Slipper Making Machine be installed?

A: Its compact design allows easy installation in various environments such as dedicated workshops, small-scale factories, and manufacturing units. The machine is highly versatile and can be relocated as needed.

Q: What safety features are included with this machine?

A: The machine is equipped with an emergency shut-off switch, ensuring user safety by allowing quick deactivation during any operational hazard or unexpected situation.