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IRT by HedsonIRT curing equipmentIRT DTP High-Temperature Infrared Dryer
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IRT DTP High-Temperature Infrared Dryer

IRT product overview

What this product does and where it fits in the workshop.

Compare the product role, workshop use case, technical snapshot, and next-step guidance before requesting a quote.

What it does

Compare the IRT DTP high-temperature infrared dryer family for spot repair, pillars, sills, steel filler, construction glue, and panel bonding: four model sizes, one- or two-cassette output, automatic temperature and distance control, utilities, curing area, training, and service support.

  • High-temperature infrared curing up to 200 C for spot repair and thicker steel areas such as pillars and sills.
  • Automatic temperature control, distance measurement, laser guidance, and fan-cooled cassette heads support repeatable operation.
  • Twelve preset and three customizable programs include a three-step process for construction glue, steel filler, and panel bonding.
  • Four DTP model sizes are available with one or two cassettes and model-dependent power and curing area.
  • Gold-coated FreeForm reflectors and filtered ventilation are designed for efficient, even heat distribution and long lamp life.
Best for

Common workshop applications and customer outcomes.

  • High-temperature spot repair
  • A-B-C pillars and sills
  • Steel filler curing
  • Construction glue and panel bonding
  • Paint drying and refinishing support
Technical snapshot

Key specification points that make the product easier to compare.

Models424, 425, 428, and 464 DTP
TemperatureUp to 200 C / 390 F
Cassette optionsOne or two cassettes
Programs12 preset and 3 customizable programs
supplier page

Open the supplier product page when you need the manufacturer reference behind this recommendation.

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IRT high-temperature curing

Match DTP model, power, and curing area to the repair process.

IRT DTP is a four-model high-temperature infrared family. The correct configuration depends on repair geometry, material, target temperature, electrical supply, cassette count, and operator access.

Up to 200 Chigh-temperature curing
4 models424, 425, 428, and 464
15 programs12 preset plus 3 customizable

What to confirm before selecting IRT DTP

  • Repair areas, panel geometry, material system, and target curing temperature
  • One- or two-cassette model, required curing area, and daily cycle demand
  • 400 V three-phase supply, 4-pin or 5-pin connection, and available power
  • Safe working distance, operator training, lamp and reflector inspection, and service access

IRT DTP High-Temperature Infrared Dryer

How DTP supports high-temperature repair work

The model should be chosen around the material process and coverage area, not only maximum temperature.

01

Define the repair

Identify spot repair, pillar, sill, steel filler, construction glue, or panel-bonding requirements.

02

Select model and coverage

Match the 424, 425, 428, or 464 platform and cassette count to the required curing area and power.

03

Control the cycle

Use temperature control, distance measurement, laser guidance, and the appropriate preset or custom program.

04

Maintain performance

Plan safe operation, cooling, filter condition, lamp and reflector inspection, and service support.

IRT DTP High-Temperature Infrared Dryer

Who should review IRT DTP first

DTP is strongest where a proven mobile high-temperature IR process is required.

Collision repair centers

Cure spot repairs, thicker steel areas, filler, and bonding processes.

Dealer bodyshops

Standardize guided high-temperature curing across trained operators.

Industrial repair users

Review customized DTP applications with Hedson and M&H Group.

APAC distributors

Match electrical variants, cassette count, and service support to the market.

IRT DTP High-Temperature Infrared Dryer

Choose DTP when high-temperature mobile IR is the actual process need.

Choose when
The material process needs up to 200 C, guided distance and temperature control, and model-specific coverage.
Compare with
PrepCure or PcAuto for newer guided paint-curing workflows, UV systems for UV materials, or rail systems for fixed production coverage.
Check first
Confirm the exact DTP model and article number because power, connector, cassette count, and curing area vary.

IRT

Continue the IRT curing option

IRT UV SmartCureA compact UV curing system built for minor to moderate repairs where the workshop needs fast, controlled curing in seconds rather than minutes.IRT UV SpotCure2An evolved UV LED curing tool that combines higher power and a larger curing area for efficient spot repair work.IRT Prep X LDPAn infrared dryer for prep-stage work with temperature control and laser distance guidance to help technicians stay consistent.IRT Prep 4 Infrared Prep DryerA controlled infrared prep dryer for flash-off and full bake work with time control and visible energy use feedback.

IRT DTP buyer questions

Use the official temperature, program, and model data to compare DTP.

The DTP name covers several configurations, so a useful quote must identify the required model and operating conditions.

Question 1

What is IRT DTP designed to cure?

Hedson describes DTP for high-temperature paint material up to 200 C, spot repair, A-B-C pillars and sills, steel filler, construction glue, and panel bonding.

Question 2

What automatic controls does DTP include?

The official page lists automatic temperature control, automatic distance measurement, laser guidance, fan-cooled cassette heads, 18 languages, and 15 customizable process programs.

Question 3

Which DTP model should a workshop choose?

The family includes 424, 425, 428, and 464 DTP models with one- or two-cassette variants and model-dependent power and curing area. The exact repair size, material, and electrical supply must be matched before selection.

Question 4

What information should be sent for a DTP quote?

Share repair types, material systems, target temperature, curing area, daily cycles, 400 V connection, available power, cassette preference, access constraints, safety requirements, and operator training needs.

Technical data

Key points for comparing this product.

Use these rows as a technical comparison starting point. Final model, options, utilities, consumables, training, and installation details should be confirmed before preparing a quote.

Available technical rows
Supplier article no. - 424 DTP 4-1, 400 V 3 PH 4-pin, 4 kW
800502
Supplier article no. - 424 DTP 4-1, 400 V 3 PH 5-pin, 4 kW
800501
Supplier article no. - 424 DTP 4-2, 400 V 3 PH 4-pin, 8 kW
800504
Supplier article no. - 424 DTP 4-2, 400 V 3 PH 5-pin, 8 kW
800503
Supplier article no. - 425 DTP 4-1, 400 V 3 PH 4-pin, 4 kW
800506
Supplier article no. - 425 DTP 4-1, 400 V 3 PH 5-pin, 4 kW
800505
Supplier article no. - 425 DTP 4-2, 400 V 3 PH 4-pin, 8 kW
800508
Supplier article no. - 425 DTP 4-2, 400 V 3 PH 5-pin, 8 kW
800507
Supplier article no. - 428 DTP 4-1, 400 V 3 PH 4-pin, 6 kW
800510
Supplier article no. - 428 DTP 4-1, 400 V 3 PH 5-pin, 6 kW
800509
Supplier article no. - 428 DTP 4-2, 400 V 3 PH 4-pin, 12 kW
800654
Supplier article no. - 428 DTP 4-2, 400 V 3 PH 5-pin, 12 kW
800653
Supplier article no. - 464 DTP 4-1, 400 V 3 PH 4-pin, 10 kW
800461
Supplier article no. - 464 DTP 4-1, 400 V 3 PH 5-pin, 10 kW
800495
Supplier article no. - 464 DTP 4-1, 400 V 3 PH 4-pin, 6 kW
800496
Supplier article no. - 464 DTP 4-1, 400 V 3 PH 5-pin, 6 kW
800497
Supplier article no. - 464 DTP 4-2, 400 V 3 PH 4-pin, 20 kW
800499
Supplier article no. - 464 DTP 4-2, 400 V 3 PH 5-pin, 20 kW
800500
Supplier article no. - 464 DTP 4-2, 400 V 3 PH 4-pin, 12 kW
800512
Supplier article no. - 464 DTP 4-2, 400 V 3 PH 5-pin, 12 kW
800511
Models
424, 425, 428, and 464 DTP
Temperature
Up to 200 C / 390 F
Cassette options
One or two cassettes
Programs
12 preset and 3 customizable programs
Languages
18
Automatic controls
Temperature and distance measurement
Operator guidance
Laser pointer
Cassette cooling
Fan-cooled cassette heads
Reflector
24K gold-coated FreeForm reflector surface
Lamp life
Up to 20,000 operating hours stated by Hedson
Power supply
400 V, three phase, 4-pin or 5-pin variants
Output range
4-10 kW one cassette / 8-20 kW two cassettes, model dependent
Curing area
Model dependent; official examples range from 370 x 200 mm upward
Confirm before quote
Confirm model, repair area, target temperature, paint or bonding material, power, access, and operator training
Curing technology
Infrared drying for preparation and refinishing support
Unit format
Mobile infrared dryer option
Repair scope
Heating and curing support across paint-process tasks
Control method
Confirm repair size, material system, and daily cycle need
Workspace fit
Fits workshops needing mobile infrared support before rail investment
Product role
Mobile high-temperature IR curing family
Common applications
High-temperature spot repair, A-B-C pillars and sills, Steel filler curing

Application images

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Gallery

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Brochure / manual

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Need help choosing

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Next action

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01 Build quote shortlist

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Open quote list 02 Compare products

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Open compare 03 Use Product Selector

Answer workshop questions and see the strongest equipment options to review first.

Use tool 04 Ask M&H Group

Ask the team to confirm model, layout, training, consumables, support, and purchase sequence.

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Next step

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