Engineered around the workpiece

Custom Shot Blasting & Surface Preparation Systems

Hitech engineers and manufactures custom systems around the workpiece, required surface, throughput and line conditions. Define the requirement before choosing the equipment.

Pipe shot blasting line with roller supports and an enclosed treatment chamber
Pipe-treatment equipment reference. Final handling, modules and configuration follow the project requirement.
02 / Requirement path

Four inputs. One useful starting point.

Frame the first technical discussion around the work, the accepted result and the complete operating boundary.

01

Workpiece & Material

Material, geometry, dimensions and loaded mass.

02

Surface Requirement

Current condition, accepted cleanliness and surface profile.

03

Production Flow

Loading, treatment, inspection and unloading.

04

Site & Lifecycle

Utilities, interfaces, access and support scope.

03 / Applications

Start with the part.

Record the material, geometry, current surface and areas to be treated. The Applications Hub organizes the workpiece context; the complete requirement determines the configuration.

Open ends of steel pipes showing internal access
Workpiece reference — define the bore and external surface separately.
04 / Equipment systems

Match the system to the requirement.

Equipment families provide a route into evaluation. They do not establish suitability for every workpiece.

Pipe-treatment line
Equipment reference; project scope varies.

Shot Blasting Systems

Wheel-blast architecture and workpiece handling.

Review systems →
AIR → ABRASIVE → WORKPIECE
Process concept; no equipment geometry or capability implied.

Air Blast Systems

Compressed-air abrasive equipment and process fit.

Review equipment →
Two molding stations with flask handling
Existing foundry-equipment reference.

Foundry Equipment

Current equipment category and available machine pages.

Review family →
05 / Engineering approach

A system is a sequence of decisions.

Define the process, architecture, interfaces and acceptance together. Every value remains specific to the actual project.

  1. 01Workpiece
  2. 02Material
  3. 03Size / Weight
  4. 04Current Surface
  5. 05Required Cleanliness
  6. 06Surface Profile
  7. 07Throughput
  8. 08Abrasive
  9. 09Blast Wheel
  10. 10Machine Architecture
  11. 11Dust Collection
  12. 12Automation
  13. 13FAT
  14. 14Installation
  15. 15Service / TCO
06 / Manufacturing & company

Engineering through manufacturing.

Since 1999, Hitech has developed shot-blasting equipment. Quality and acceptance requirements are confirmed through the applicable project documentation.

Since 1999

Shot-blasting equipment development.

Manufacturing scope

Engineering, fabrication, assembly, system integration and FAT.

Supply boundary

Selected components sourced from qualified suppliers.

About Hitech →

07 / Lifecycle support

Plan beyond equipment delivery.

Remote support, overseas installation and commissioning, training, spare parts and emergency assistance are available according to project requirements.

  • Installation & Commissioning

    Confirm equipment interfaces and site responsibilities.

  • Operator Training

    Define training scope and format for the project.

  • Parts & Maintenance

    Identify the installed machine and required item.

  • Remote Technical Support

    Confirm availability and response conditions.

Request Parts or Technical Support →

08 / Technical library

Resources for evaluation.

Focused guidance supports the review; it does not replace equipment documentation.

01

Equipment Selection

Prepare workpiece, surface and production inputs.

Explore Resources →
02

Process Planning

Review abrasive, dust collection and acceptance.

Explore Resources →
03

Lifecycle Planning

Review installation, maintenance and parts.

Explore Resources →
09 / Requirement review

Qualify your requirement.

Share the available workpiece, process and site information so the review can focus on the actual requirement.

Prepare these engineering inputs

  • Workpiece and material
  • Dimensions, weight and geometry
  • Current and required surface
  • Profile requirement
  • Throughput and production flow
  • Country, power supply and utilities
  • Automation and dust requirements
  • Drawing, photo or specification

Final configuration, acceptance and support scope are confirmed for the project.

Send us a message

Get a Quote

Get in Touch for Personalized Support and Solutions