Send Inquiry

Request To Call Back

Crocs Making machine

Name: Crocs Making machine
Brand: M B ENGINEERING INDUSTRIES
Price: 550000.0 INR
Availability: InStock

Price 550000.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Crocs Making machine Specification

Product Type
Crocs Making Machine

General Use
Footwear Manufacturing - Crocs, Sandals, Slippers

Material
Mild Steel / Stainless Steel Body

Type
Rotary EVA Injection Moulding Machine

Capacity
120-200 pairs/hour

Weight (kg)
3200 kg

Computerized
Yes

Automatic
Fully Automatic

Control System
PLC (Programmable Logic Controller)

Drive Type
Electric

Heating Power
12 kW

Transmission Power
3.5 kW

Cutting Area
Not Applicable (Injection Moulding Process)

Voltage
380V / 415V, 3 Phase

Power
22 kW

Dimension (L*W*H)
4200 mm x 2300 mm x 1850 mm

Raw Materials
EVA Granules

Color
Blue & Silver (customizable)

Feature
Energy Efficient, High Output, Durable Construction

Mould Opening Stroke
210 mm

Application
EVA Foam Footwear Production

Cooling System
Water Circulation

Cycle Time
30-60 seconds/pair

Injection Capacity
650 cm3

Operating Temperature
10C - 40C

Noise Level
78 dB

Operation Mode
Automatic with Manual Override

Clamping Force
65 Tons

Lubrication System
Automatic Centralized

Number of Stations
12/16/24 (as per design)

Injection System
Hydraulic Driven

Temperature Control
Digital Display

Safety Features
Emergency Stop Button, Safety Guards

Crocs Making machine Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Week

About Crocs Making machine

Crocs Making Machine (EVA Injection Molding Machine) Description

A Crocs making machine is an industrial machine used to manufacture lightweight foam footwear (Crocs-style shoes) using EVA (Ethylene-Vinyl Acetate) material. The main machine used is called an EVA injection molding machine.

1. What is a Crocs Making Machine?

It is a high-pressure injection system that:

Melts EVA plastic pellets

Injects the material into shoe molds

Forms a complete Crocs shoe in one piece

This process allows mass production of durable, lightweight, and waterproof footwear.

2. Main Components of the Machine

Injection Unit

Heats EVA material (150180C)

Converts solid pellets into molten foam

Injects into mold under pressure

Mold (Die)

Made of steel or aluminum

Defines shoe size, shape, and design

Usually consists of upper + sole cavity

Clamping System

Keeps mold tightly closed

Uses high force (8002500 tons) for proper shaping

Cooling System

Uses air or water to cool molds

Solidifies the shoe quickly

Control Panel

Controls temperature, pressure, timing

Often automated with PLC system

3. Working Process (Step-by-Step)

Raw Material Mixing

EVA + color + additives are prepared

Heating & Injection

Material is melted and injected into mold

Molding & Foaming

Foam expands to fill mold completely

Cooling & Solidification

Shoe hardens inside mold

Demolding

Finished Crocs removed automatically

Finishing & Assembly

Trimming

Strap fitting

Branding/printing

One cycle takes 36 minutes, producing thousands of pairs daily depending on machine size.

4. Types of Crocs Making Machines

Single Station Machine Small production

Multi-Station / Rotary Machine High production

Direct Injection Machine Most common

Double Color Machine Multi-color shoes

5. Key Features

High production capacity (500015000 pairs/day)

Fully automatic or semi-automatic operation

Energy-efficient heating system

Produces one-piece molded footwear (no stitching)

6. Why EVA is Used?

EVA material is:

Lightweight

Flexible

Waterproof

Comfortable

Durable

Thats why most Crocs-style shoes are made using EVA foam injection technology.

7. Applications

Crocs & clog manufacturing

Slippers and sandals

Shoe soles production

Foam-based footwear

Advanced Rotary Injection Moulding Technology

Designed for excellence in EVA foam footwear manufacturing, this machine offers adaptable station numbers (12/16/24), ensuring scalability for various production sizes. Its hydraulic injection system ensures uniform moulding, while centralized lubrication and PLC controls guarantee operational reliability and reduced maintenance.

High Productivity with Energy Efficiency

With the capacity to produce up to 200 pairs of footwear per hour, this machine combines rapid cycle times and a robust 22 kW electric drive. Energy efficiency is further enhanced through precise temperature control and optimized heating power, delivering cost savings for large-scale operations.

FAQ's of Crocs Making machine:

Q: How does the Crocs Making Machine operate?

A: The machine uses a fully automatic rotary EVA injection moulding process, driven by a hydraulic system. Operators can manage the machine using its PLC-based control system, and a manual override is available for specific tasks. The process involves injecting EVA granules into moulds to create foam footwear.

Q: What is the production capacity and cycle time of the machine?

A: Depending on the number of stations (12, 16, or 24), the machine can produce between 120 to 200 pairs per hour. Each footwear pair can be manufactured in a cycle time of approximately 30-60 seconds.

Q: When is this machine most beneficial for manufacturers?

A: This machine is ideal for medium to large footwear manufacturers who require high-volume production with energy efficiency, consistent quality, and minimal downtime, thanks to automatic lubrication and robust safety features.

Q: Where can the Crocs Making Machine be installed?

A: The machine is suitable for industrial settings, such as footwear production factories. It operates effectively at ambient temperatures ranging from 10C to 40C and requires a three-phase power supply of 380V or 415V.

Q: What safety features are included in this machine?

A: The machine incorporates an emergency stop button, safety guards, digital temperature control, and automatic lubrication, all designed to protect operators and ensure safe working conditions during high-volume production.

Q: How is the temperature controlled during the injection process?

A: Temperature is precisely regulated using a digital display system with a water circulation-based cooling system, ensuring optimal conditions for EVA foam injection moulding.

Q: What are the main benefits of using this machine for footwear production?

A: Manufacturers benefit from high output, energy efficiency, durable construction with mild steel or stainless steel body options, customizable design, and user-friendly computerized controls for improved productivity and ease of maintenance.