Cast Film Prototyping Machine

The casting film prototyping machine works by heating and melting plastic raw materials, which are then extruded through a die to form a film. The film rapidly solidifies and takes shape on a cooling roller. It is used in laboratories to simulate film production processes, test material formulations and process parameters, and is suitable for small-batch sample preparation in industries such as plastics and packaging.
Selection
When selecting, consider the sample size and thickness range, match the material melting temperature with the equipment's heating capability, and pay attention to the efficiency of the cooling system and ease of operation. Determine the screw structure based on common raw material types, ensure equipment stability and ease of maintenance, and adapt to laboratory space and budget.

Terms

Instruments

Using 2.0MHz Frequency Probe, Measurement range 2.0~ 400.0mm, dedicated to the thickness detection of coarse crystal materials such as cast iron, the lower limit of pipe measurement Φ 30 * 4mm.

$ 219.00

Cast aluminum shell, anti-static and anti-interference performance, with unit conversion, counting and printing functions, support full range peeling and overload alarm.

$ 283.00

With cast aluminum shell, anti-static and anti-interference ability. With unit conversion, wide viewing angle LCD display, full scale peeling, counting and printing functions, support overload alarm and level indication.

$ 275.00

Using 2.0MHz Frequency, specially designed for cast iron and other coarse crystal materials, concave curved surface structure is suitable for special workpiece shape, Measurement range covers 2.0~ 400.0mm, and the lower limit of pipe measurement is Φ 30 * 4mm.

$ 283.00

The device Frequency is 2MHz, Probe diaMeter 12mm, Measurement range 3.0-300 mm (steel), dedicated to cast iron and other coarse crystal materials, minimum pipe diaMeter 20mm, suitable for industrial environment applications.

$ 140.00

Impact energy 90mJ, ball head diaMeter 5mm tungsten carbide material, suitable for heavy and rough surface casting and forging, the maximum hardness of the specimen 650HB, the minimum thickness of 10mm, hardening layer depth ≥ 1.2mm.

$ 364.00

Impact energy 11mJ, ball head diaMeter 3mm, suitable for measurement of slender narrow grooves or holes, the average surface asperity of the specimen is 1.6μm, and the minimum depth of the hardened layer is 0.8mm.

$ 364.00

Impact energy 11mJ, ball head diaMeter 3mm tungsten carbide material, can measure a variety of metal hardness of materials, Che diaMeter minimum 0.35mm, suitable for conventional Hardness testing needs.

$ 154.00

Fast heating with halogen lamp and High Accuracy Sensor, the cast aluminum shell is durable, the temperature and time are adjustable, and multiple drying processes can be memorized to achieve percentage display of Moisture content.

$ 469.00

Measurement range 0.65-400 mm, accuracy up to +/- 0.04mm, support 3000 data storage and USB transmission, automatic zero calibration and a variety of Measurement modes.

$ 964.00

Using hydrostatic device design, weighing range 5100g, accuracy 0.1g, cast aluminum structure is strong, anti-drop foot and universal pulley for safe operation.

$ 385.00

Fast heating with halogen lamps and High Accuracy Sensors ensure accurate measurement. The cast aluminum housing is rugged, the multi-layer stainless steel heating chamber is uniform and efficient, and the temperature and time can be flexibly set.

$ 1017.00

Adopt cast aluminum shell to enhance anti-static and anti-interference capabilities, with unit conversion, counting and full-scale peeling functions, support print output, wide viewing angle LCD screen display is clear.

$ 259.00

Patented hydrostatic device, solid cast aluminum structure, anti-drop foot design, weighing range 2100g, accuracy 0.01g, universal pulley easy to operate.

$ 693.00

Patented hydrostatic device, weighing range 6100g, accuracy 0.1g, cast aluminum structure is strong, anti-drop foot design to ensure safety, universal pulley easy to operate.

$ 483.00

Articles

Application of Flexographic Proofing Press in Evaluating Color Reproducibility of Flexographic Inks
This article primarily discusses the use of a flexographic proofer to evaluate the color reproducibility of flexographic inks. It introduces the role of the proofer in simulating production conditions and explains how to prepare samples by setting parameters such as pressure, speed, and anilox roll specifications.
The use of gravure proofing machines in the comprehensive evaluation of gravure ink printability and drying performance.
This article explores how a gravure proofing press can be used to comprehensively evaluate the printability and drying properties of gravure inks. The experiment tested the dot sharpness, transfer rate, and leveling properties of different inks using standard equipment, while recording drying times through the filter paper method and infrared temperature measurement.
Ink proofer simulates printing effects for auxiliary detection.
The ink proofer simulates actual printing conditions such as pressure and speed to produce standard proof sheets, which assist in evaluating printing quality. It precisely controls parameters to ensure high consistency between the proof sheets and the actual printed materials.
Selection Comparison between Automatic and Manual Proofing Methods for Ink Proofing Machines
This article compares manual and automatic proofing methods for ink proofing machines. Manual proofing relies on the operator's experience, offering flexibility and lower initial costs, but it suffers from poor consistency, making it suitable for research and development or low-frequency usage.
The ink proofing machine's color development and ink distribution pressure are not set correctly, making the printed sample sheets unacceptable.
The ink proofer is crucial in printing quality control, as it ensures the even distribution of ink on materials by adjusting pressure. If the pressure is not properly calibrated, the proof may exhibit issues such as uneven color and inconsistent ink layer thickness, rendering it unsuitable as a reference for printing.