Valve machine

ATK-TV08-10HSP Servo Multi-Axis Valve Transfer Machine

AMY CNC ATK-TV08-10HSP servo multi-axis valve transfer machine for small valve bodies and tee fittings

The ATK-TV08-10HSP servo multi-axis valve transfer machine is positioned for brass valve bodies and related tee or connector parts. The source catalog describes servo-driven multi-axis machining, hydraulic synchronous clamping, manual loading with optional automation, and layout choices based on product structure.

AMY CNC ATK-TV08-10HSP servo multi-axis valve transfer machine for brass valve fittings
ATK-TV08-10HSP servo multi-axis valve transfer machine for brass valve and fitting production.
AMY CNC ATK-TV08-10HSP servo multi-axis valve transfer machine for brass valve fittings
Supporting application or configuration image for this machine family.
Rendered AMY CNC display image showing hot forming or press workshop context.
Rendered AMY CNC display visual for upstream valve component production context.
Rendered AMY CNC display image showing brass component handling in a press workshop.
Rendered AMY CNC display visual for brass component handling before transfer-machine planning.

What is this machine used for?

The ATK-TV08-10HSP servo multi-axis valve transfer machine is positioned for brass valve bodies and related tee or connector parts. The source catalog describes servo-driven multi-axis machining, hydraulic synchronous clamping, manual loading with optional automation, and layout choices based on product structure.

Key machine features

  • Used for 1/4 inch to 1 inch valve bodies and related tee-type parts according to the provided source.
  • Power-head distribution is configured according to the specific product structure.
  • Catalog notes hydraulic synchronous clamping and water, mist, or air-based cooling options.
  • Manual loading is shown, with optional robot or manipulator loading to be confirmed by project scope.
  • Recommended for RFQ discussions that include fixture layout, stations, drilling, tapping, and production rhythm.

Catalog-derived specifications

The table below presents catalog-derived data as crawlable HTML so buyers can compare the machine family before confirming final model selection, drawings, material, fixtures, voltage, and process requirements.

Catalog item Buyer reference value
Application 1/4 inch to 1 inch valve bodies and related tee parts
Power-head distribution Configured according to product structure
Clamping type Hydraulic synchronous clamping
Loading and unloading Manual loading; robot or manipulator optional
Tool cooling Water cooling, mist cooling, air cooling or other cooling method
Power-head quantity Configured according to product characteristics

RFQ data buyers should prepare

  • Workpiece drawings or photos with target dimensions.
  • Valve type, valve size, material, and machining sequence.
  • Required tolerance, surface finish, cycle target, and batch quantity.
  • Voltage, available floor space, loading method, and automation preference.
  • Any fixture, coolant, safety, packing, or local service requirement.

Buyer questions

What should buyers confirm before selecting the ATK-TV08-10HSP Servo Multi-Axis Valve Transfer Machine?

Confirm the workpiece drawing, valve size range, material, required accuracy, production rhythm, voltage, fixture requirement, and whether any automation or loading option is needed.

Which valve parts does this multi-axis drilling, tapping and transfer machining machine support?

The catalog evidence supports brass valve bodies, tees, connectors and related plumbing-valve components. Final scope should be checked against the buyer’s drawings and target machining sequence before quotation.

Can AMY CNC support private-label or OEM presentation?

AMY CNC can support approved private-label presentation for machine media and quotation documents. Final nameplate wording, documentation, configuration details, service scope, and any requested compliance evidence should be confirmed before production.

Why are parameters shown as an HTML table instead of an image?

Search engines and AI systems can read HTML tables more reliably than screenshots. Catalog images remain useful as supporting media, but the page should expose key specifications as crawlable text.

Next step

Send the workpiece drawing, target production rhythm, material, voltage, and preferred loading method. AMY CNC can map the requirement to a suitable machine family and prepare a technical quotation proposal.