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HX 7185 Pressure Thermoforming Machine One Click Operation
Machine Introduction:
As a masterpiece of our company's deep cultivation in the field of thermoforming, the HX-7185 fully automatic positive and negative pressure three station thermoforming machine, with cutting-edge technology integration and humanized design, breaks the efficiency and accuracy limitations of traditional plastic molding equipment, providing stable, flexible and efficient processing support for plastic product production in various industries, and becoming the core equipment for enterprises to improve production capacity and quality.
1. Control system: intelligent interaction, efficient operation,
and maintenance
The control system serves as the "hub" of the equipment, balancing
operational convenience and operational efficiency, and adapting to
the needs of domestic production scenarios
Human computer interaction and remote support: Equipped with
ultra-high definition MCGS color IoT touch screen, in case of
equipment abnormalities, remote monitoring and troubleshooting can
be achieved through online inspection. At the same time, remote
program upgrades and problem-solving are supported, reducing
on-site debugging costs and downtime.
Self-developed adaptation system: Based on the operating habits of
domestic operators, the control system is independently developed.
The fastest idle testing can reach 50 modes/minute, with
comprehensive functional coverage and low difficulty in getting
started. Personnel with basic knowledge of operating ordinary
equipment can operate independently in 1-2 days; Those who have
experience with other all-in-one machines can master it
proficiently within one day.
Full process intelligent monitoring: integrating production
counting monitoring, automatic lubrication of workstations,
automatic lubrication of chain tracks, vacuum maintenance prompt
functions, while supporting document storage and internal IO point
monitoring, facilitating real-time monitoring of production
progress and equipment status, reducing management difficulty.
Quick mold change and debugging: It can save key data such as the
height of the molding station mold, the cutting position of the
cutting die, and the width of the main beam. With the design of an
automatic mold locking station, production can be quickly started
by simply calling the first saved data. Compared to square
workstation models, the speed of mold changing and machine
adjustment can be increased by more than 30 minutes.
For details of other control systems, please refer to the equipment
manual.
2. Loading area: Stable feeding with high load to assist in
continuous production
The loading area is designed with strong power and humanization to
ensure efficient transportation of raw materials
Using a 2.2KW high-power motor to drive feeding, the maximum roll
diameter can reach 700mm, and the maximum load capacity of a single
piece of material is 500KG, meeting the continuous supply demand of
large quantities of raw materials and avoiding frequent material
changes that interrupt the production rhythm.
The feeding process is driven by rubber rollers and equipped with
two seamless steel pipe rods for easy and quick replacement of
sheets. At the same time, a silicone oil spraying device is
installed in the feeding sheet area to effectively improve the
demolding efficiency of subsequent processes and reduce raw
material loss.
3. Heating area: Constant temperature and durability, precise
temperature control to ensure quality
The heating area provides a stable heat source for molding through
high-quality components and scientific design
Furnace structure: The electric furnace adopts a specific aluminum
furnace design, which is not easily deformed in high-temperature
environments. Installing insulation cotton on the back of the
heating brick electric furnace can extend the service life of the
heating wire and reduce energy consumption.
Core heating components: The heating brick is equipped with Swedish
Cornell heating wire, which has the advantages of fast heating,
good constant temperature effect, long service life, and enjoys a
5-year ultra long warranty; The specification of high-temperature
wire is 2.5mm ² (only 1.5mm ² is used by some peers) to ensure the
durability and anti-aging ability of the wire and reduce the
frequency of component replacement.
Temperature control module: Adopting imported temperature control
equipment from Japan, it has high temperature control accuracy,
easy operation, and can quickly adapt to the heating needs of
different materials, ensuring production stability.
Workstation adaptation design: The electric furnace adopts a design
that extends into the workstation, ensuring that the mold is always
installed in the center, reducing workstation wear caused by mold
imbalance, and extending equipment service life.
4. Molding area: Efficient and stable, easy to change molds to
increase production capacity
The molding area determines the product form, and strong power and
intelligent design ensure mass production efficiency:
Basic parameters: forming length of 850mm, width of 710mm, using
four stages of upper and lower furnace heating; The maximum molding
height is 150mm, which can meet the production needs of most
complex-shaped products.
Power and continuous operation capability: Both the upper and lower
molds are equipped with high-power servo motors, ensuring stable
power output and 24-hour continuous operation of the equipment,
suitable for large-scale production scenarios.
Mold protection design: The water valve only supplies water to the
mold during automatic production, avoiding condensation problems
during shutdown and debugging (preventing mold rusting and surface
defects of the product).
Quick mold changing mechanism: adopting a side up mold and
automatic mold locking design, greatly reducing mold changing time;
At the same time, it has a high memory function for molding molds,
which can call the high and low data of the molds saved during the
first production, without the need for repeated mold adjustment,
and can be directly assembled for production, improving efficiency.
5. Cutting area: Strong and precise cutting, reducing losses
The cutting area balances strength and accuracy, adapting to
diverse material processing needs:
Basic specifications: The cutting size is 630 × 750mm, and the
cutting upper mold is equipped with a heating knife electric
control system, which can adjust parameters according to material
characteristics.
Cutting power: Both the upper and lower cutting mechanisms are
driven by a high-power servo, with sufficient cutting force to
easily handle cutting operations of various thicknesses of
materials, avoiding problems such as incomplete cutting and burrs.
Quick mold change and precise debugging: adopting side side-mounted
mold and automatic mold locking design to reduce mold change time;
Support the saving of cutting position data for the knife mold,
adjust the cutting depth through numbers, and adjust the knife more
accurately without easily damaging the knife mold. Directly calling
the first saved data during secondary production allows for direct
mold production, reducing product loss during debugging.
6. Robot arm system: stable stacking, suitable for various venues
The robotic arm system ensures efficient discharge and stacking of
products, adapting to different production environments:
Power and continuous operation: The mechanical arm adopts a
high-power torque servo for stacking up and down, with strong
power, ensuring that the whole machine can operate continuously for
24 hours without any shutdown concerns.
Stacking and discharging modes: Supports up and down stacking
modes, with side discharge design for flexible adaptation to
various site layouts, improving workshop space utilization.
7. Material receiving system: stable and durable, easy to adjust
The material receiving system is designed with reliability to
ensure the quality of winding and reduce the risk of equipment
failure
Driven by a torque reducer, the adjustment operation is simple and
the winding force is sufficient; Compared to traditional variable
frequency motor control, it can effectively avoid motor burnout and
improve equipment durability.
Machine parameters: