Choosing the right branch chipper
Which model for your use? What criteria should you evaluate? How do you compare brands? This guide helps you make the right choice before you buy.
Which model matches your use?
There are many criteria to evaluate when choosing a chipper — notably the maximum branch diameter you want to chip, but also your existing equipment, total volume to process, expected throughput and so on. A useful starting point is to pre-select based on your profile: whether you have a small private garden or a large forestry operation, there is a SUPER-PAIN for you.
Home owner
Gardening, hedgerow cutting, domestic pruning, turning green waste into mulch or RCW.
Farmer
RCW, permaculture, market gardening, hedgerow and pruning residue management. 3-point hitch mounting, tractor PTO drive.
Landscaper
Tree-surgery and clearance sites, intensive daily use, mobility requirements. Tractor-mounted, hydraulic-drive or self-contained petrol engine.
Local authority & industry
Forest management, wood energy, biomass, high-volume sites.
Technical criteria to evaluate
Several technical criteria allow you to differentiate between chippers — and avoid unpleasant surprises in use.
Chip granulometry
This is the primary criterion if you wish to valorise your chips — whether for composting/fermentation, RCW/mulching, wood energy or animal bedding. Insist on a chip free from sawdust and free from tailings (long, poorly-cut fragments) that requires no screening after chipping. Always test the machine with small branches, not just the largest ones.
FAQ on chip quality Super-Pain chip granulometryThe chipping system
Favour a disc chipper over a rotor or hammer mill (shredder). The disc produces a consistent chip, consumes less energy for equal quality, is quieter and works equally well on green or dry plant material.
Disc vs rotor — in detailSafety
The feed hopper must be long enough that you cannot reach the cutting mechanism by hand. The machine must not eject splinters towards the operator. Check for an accessible emergency stop device.
Blade fixing on the disc also matters: blades fixed on the disc surface carry an ejection risk if a blade breaks or fixing bolts are incorrectly torqued. On SUPER-PAIN chippers, blades are fixed through a slot in the disc, held by a clamping plate — if incorrectly torqued, the blade retracts and is neutralised; if it breaks, it is retained by the clamping plate.
Ease of maintenance
A simple chipper will be easier to maintain over the long term. Check blade accessibility, spare parts availability, whether blades can be sharpened and whether the operator can do it themselves.
Maintenance FAQBehaviour on green and moist plant material
Some chippers risk jamming on moist or fibrous plants, or produce pulp or sawdust in these conditions. When trialling, ask to pass green, moist plant material with leaves — this is the real-world condition on most sites.
Can you chip green plants?What sets SUPER-PAIN chippers apart
Here are the technical characteristics that allow our SUPER-PAIN branch chippers to produce chips of superior quality to most machines on the market.
Zero tailings
The disc and cutting table design guarantees that every fragment is cleanly sheared, regardless of wood species or type. It is mechanically impossible to produce a tailing.
Learn moreZero sawdust
No re-chipper — the chip is produced at the correct thickness in a single pass. Result: no sawdust, preserving the quality of compost and bedding. (On very dry wood, eliminating all fine particles is impossible — another reason to chip green wherever possible.)
Learn moreSpecific cutting table
The cutting table of SUPER-PAIN chippers guarantees a maximum chip thickness of 4 mm — the optimal threshold for Jean Pain compost and RCW — without complex adjustment.
Chip granulometryHydraulic feed roller (option)
Available as an option on most models, the hydraulic feed roller (also called hydraulic bough-dragger) improves operator comfort and maximises machine throughput by managing feed automatically.
What does the feed roller do?
Made in France —
but what does that really mean?
The market for branch chippers is large, and many brands claim French or European origin. But when you look closely, it quickly becomes apparent that many of these machines share very similar designs — differing mainly in colour and accessories. They are typically bolted-frame constructions, designed to be shipped flat in containers, and assembled locally from parts manufactured elsewhere.
This matters because there is a significant difference between a chipper assembled in France or Europe from imported parts, and a chipper fully designed and built in France or Europe. The difference shows in the build quality, the welded-steel construction, the supplier network, the availability of spare parts and the quality of after-sales support.
We are regularly approached by manufacturers offering us machines to sell under our own brand. This is totally at odds with what we stand for. We have never done it, and we never will.
What "Made in France" means for us
Our chippers are designed and built in our workshop in the Yonne department of France. Parts are laser-cut by a subcontractor based in Mayenne; disc machining is done in Nièvre; our blades are heat-treated by a company in Indre-et-Loire. Our suppliers are predominantly French, though some components are inevitably sourced internationally.
Our welded-steel construction gives our chippers exceptional resistance, allowing them to handle branches right up to the stated maximum diameter, even in the hardest wood species. Our craft-scale workshop structure also gives us the flexibility to offer custom configurations tailored to specific customer needs.
When you buy a SUPER-PAIN, you're not just buying a French chipper — you're buying the quality, the follow-up support and the dynamism that go with it.
Designed and built in the Yonne department, FranceReady to choose your Super-Pain?
Browse our range or contact us for personalised advice.