TRC Products
All Hydraulic Hose Assembly Equipment Products
Browse every currently published product, or use the category list to narrow the catalogue. Open a product page for its verified parameters, application boundary and quotation inputs.
Product directory | Decision support
Choose by the workpiece, process and operating site
TRC hydraulic hose assembly equipment products cover field repair, workshop assembly, heavy-duty production, A/C service, cutting, skiving and fitting production. Start from the published catalogue above, then verify the actual hose, fitting, ferrule and site before selecting a model.
Browse by process
Use the relevant product family before comparing individual models
The Products Hub routes buyers to current category URLs; it does not replace the technical scope of each category.
Crimping equipment
Manual, pneumatic, electric, portable, vertical and heavy-duty machine families.
Best fit: matched hose, fitting and ferrule systems that require radial crimping.
Limit: the workpiece must fit the opening, dies and loading path.
Cutting equipment
Compact, electric, pneumatic, automatic and large-hose preparation routes.
Best fit: controlled hose length and cut-end preparation before assembly.
Limit: hose construction, blade, support and debris handling change the result.
Skiving equipment
Equipment for external or internal preparation only when the component system specifies it.
Best fit: component systems with a documented internal or external skive.
Limit: the machine cannot decide the skive method or depth.
Fitting production
Nut crimping equipment for defined fitting-production workpieces.
Best fit: a metal fitting part with a drawing-defined forming zone.
Limit: threads, sealing faces and tooling location must be protected.
Steel tube forming
Machine-assisted presetting or forming routes for defined hydraulic steel-tube systems.
Best fit: identified cutting-ring systems that allow machine-assisted presetting.
Limit: tube, nut, ring, body and tool must belong to the controlled system.
Browse by environment
Use the operating site to narrow the route
Farm / remote
Simple utilities, real hose coverage and practical operator effort.
Manual equipment >Family comparison
How the main equipment routes differ
| Family | Best starting point | Questions before selection |
|---|---|---|
| Manual / pneumatic crimpers | Lower-frequency, off-grid or simple service work. | Largest assembly, effort, pump or air source, die coverage. |
| Electric workshop crimpers | Regular fixed-location production. | Voltage, output, controls, return and changeovers. |
| Mobile / battery crimpers | Service trucks and field repair. | Weight, vehicle power, hose range, charging and volume. |
| Vertical crimpers | Workpieces needing a different loading path. | Fitting shape, insertion space, operator position and dies. |
| Heavy-duty crimpers | Larger ferrules and demanding construction. | Ferrule OD, opening, force, handling, control and installation. |
| Cutting machines | Controlled hose preparation. | Hose construction, OD, blade, debris, feed and volume. |
Before asking for a recommendation
Prepare the assembly and site inputs
Provide representative smallest and largest jobs, hose brand and series, fitting and ferrule information, target crimp data, work location, power, output and destination.
Cutting, skiving, cleanliness control and testing requirements are reviewed as separate process needs rather than assumed machine inclusions.
Hose construction, pre-crimp ferrule OD, target and fitting envelope.
Normal and peak volume, changeovers and realistic handling time.
Voltage, phase, air, vehicle power and site restrictions.
Measurement, cleanliness, testing, documents and acceptance responsibility.
Equipment process map
Build the equipment list around the assembly sequence
A complete workshop does not mean buying every machine in the catalogue. Trace the actual job from bulk hose or tube to the accepted part, then put equipment only where the process calls for it.
| Work stage | Equipment family | Use it when | Main limit to settle | Next step |
|---|---|---|---|---|
| Cut | Hydraulic hose cutters | Bulk hose must be cut to a controlled length and end condition. | Hose construction, actual OD, blade, feed and debris handling. | Send the largest hose and normal cuts per shift. |
| Prepare | Hose skiving machines | The approved hose-and-fitting instruction calls for external or internal skiving. | Skive method, length, depth and reinforcement condition. | Attach the component instruction and a prepared sample. |
| Crimp | Hydraulic hose crimpers | A matched hose, fitting and ferrule system needs radial forming to its specified diameter. | Pre-crimp ferrule OD, opening, die series and fitting clearance. | Compare power and control types after the workpiece fits. |
| Form a fitting part | Nut crimping machines | A fitting-production drawing defines a local forming zone on a metal component. | Datum, material, protected thread or sealing face and first-off measurement. | Send the drawing and starting part. |
| Preset a tube fitting | Steel tube crimpers | A specified cutting-ring system permits machine-assisted presetting. | Tube OD, wall, material, ring, nut, body and approved tool. | Identify the component system before choosing KT42 or KF42. |
| Measure and release | Inspection and project-specific testing | The component data or customer quality plan defines an acceptance check. | Measurement position, calibrated tool, sample plan and record owner. | Write the acceptance method before production starts. |
Cleaning and testing remain project requirements rather than automatic machine inclusions. Define the required result and acceptance method before adding equipment to the quotation.
Selection and technical routes
Continue by the decision you need to make
Choose a crimper
Compare machine types from assembly, site, power and workload inputs.
How to Choose >Plan a complete setup
Separate essential equipment from conditional skiving, cleaning and testing.
Starter Kit guide >Compare a configured scope
Prepare model, dies, utilities, options, evidence and destination for a quotation.
For Sale guide >Review supplier evidence
Use the company page for the partner factory, QC responsibilities and certificate route.
About TRC >Products FAQ
Questions that determine the correct product route
Why are there several machines for the same nominal hose size?
Nominal size does not describe reinforcement, ferrule diameter, fitting shape, die series, production pattern or site. Two users making the same nominal size may need different machines.
Should I choose a machine by tonnage?
No. Tonnage is one capacity indicator. Check target diameter, ferrule OD, opening, tooling, fitting access, control and duty cycle.
What is the difference between portable and handheld?
A portable machine may still require a pump, battery pack or stable mounting. A truly handheld tool has different force, range and access limits.
Do I need a skiving machine?
Only when the specified hose and fitting system requires skiving. Follow valid component data rather than a general pressure rule.
Can TRC recommend dies from hose size alone?
Not reliably. Send the hose series, reinforcement, fitting, ferrule, target crimp and machine model; die numbers are not universal.
Model shortlist
Not sure which product family fits the work?
Send two or three representative assembly specifications, expected workload, available power and work location.